Treatment of Orbital Blowout Fracture Using Porous @entity691 With Embedded XXXX .

@entity691 @entity1 @entity174 @entity892 @entity86 @entity702 @entity1319
UNASSIGNED: The study was performed to evaluate the effectiveness and safety of porous @entity691 with embedded @entity702 in the repair of orbital blowout @entity174 . The study was designed as a prospective case series. @entity1 who were diagnosed with orbital blowout @entity174 from May 2012 to March 2013 were included in the study. A composite material of porous @entity691 and @entity702 mesh was used. Orbital volumes before and after surgery were measured, and the results of @entity892 and @entity1319 were recorded. The occurrence of @entity892 was grouped and compared according to the time interval between injury and surgery. The incidence of other complications was also recorded. A total of 26 @entity1 were involved in the study. The minimal follow-up time was 12 months. All surgeries were performed uneventfully. The orbital volume significantly decreased after the surgery, and the remission rate and the elimination rate of @entity892 in 12 months were 85.7% and 47.6%, respectively. @entity86 was correlated with the time interval between injury and surgery. One @entity1 presented with undercorrection of enophthalmos, and another @entity1 presented with acute aggravation of @entity892 and exophthalmos after surgery, which was resolved with treatment. In conclusion, porous @entity691 with embedded @entity702 was effective and safe in the repair of orbital blowout @entity174 , and studies with more subjects and longer follow-up period are recommended in future studies.
