1.Radiological analysis of maxillary sinus density changes after mid-facial fractures
Jin'Gang AN ; Lilei ZHU ; Yi ZHANG ;
Journal of Practical Stomatology 2000;0(05):-
Objective:To evaluate the changes of maxillary sinus density after mid-facial fractures.Methods: A retrospective review was performed on patients with mid-facial fractures from 1995 to 2006.The changes of maxillary sinus density were evaluated by Water's view.Results: There were 219 cases,including 165 male and 54 female patients,who showed changes of maxillary sinus density on Water's view.Their ages ranged from 3 to 78 years.78 cases had follow-up plain radiograph.Among them,51 cases had normal maxillary sinus density,the density of sinuses of 19 cases became lower and the density of sinuses of 8 cases did not change or became higher.Conclusion: The maxillary sinusitis is a late complication and develops in some maxillary sinus after treatment of mid-facial fractures.Attention to the maxillary sinus density should be paied when following-up.
2.Clinical analysis of 5 cases of odontogenic maxillofacial-neck-mediastinal infection treated with negative pressure sealing drainage
WANG Ke ; PENG Guoguang ; HE Shanzhi ; TAN Yulian ; YI Lilei
Journal of Prevention and Treatment for Stomatological Diseases 2020;28(9):581-585
Objective :
To explore the effect of negative pressure sealing drainage on the treatment of maxillofacial-neck-mediastinal infection in multiple spaces.
Methods:
Vacuum sealing drainage (VSD) was applied in five patients with maxillofacial-neck-mediastinal infection caused by odontogenic infection accompanied by diabetes or renal failure and other systemic diseases. After extensive debridement, a negative pressure drainage sponge was placed in the pus cavity and then the wound was closed. Continuous negative pressure drainage was continued after the operation. At the same time, multidisciplinary consultation was applied to control basic diseases and, strengthen anti-inflammatory responses, and nutrition and other systemic treatments were applied.
Results:
Four patients underwent continuous negative pressure drainage and successful removal of the negative pressure sponge after inflammatory symptoms subsided. One patient′s inflammatory symptoms became more serious after the operation, and we performed another operation to change the placement of the negative pressure sponge. All 5 patients underwent VSD with negative pressure sponge replacement ranging from 1 to 3 times during treatment. After multidisciplinary consultation, they were all cured and discharged from the hospital.
Conclusion
For infection of the mediastinum, maxillofacial region and neck, local treatment and systemic treatment are emphasized, as well as the treatment of infected lesions and basic diseases. Negative pressure closure and drainage technology promotes the alleviation of inflammation, and multidisciplinary combined treatment is beneficial for the control of basic diseases.