OBJECTIVE: To explore the clinical effect of bridging system in the treatment of severe comminuted femoral fracture. METHODS: From March 2016 to October 2018, 50 patients with severe comminuted femoral fracture including 35 males and 15 females, aged 48 to 72(54.6±8.7) years, were admitted. All cases were comminuted fractures of the femoral shaft, 16 with proximal femur fractures and 7 with distal femur fractures. All cases were all unilateral fractures, 23 on the left and 27 on the right. The time from injury to operation was 5 to 60 (26.7±13.3) hours. The cause of injury was traffic accident, 12 cases with high fall, 35 cases fell and 3 cases fell accidentally. The patients were treated with bridge combined internal fixation system, and the operative effect and fracture healing were analyzed. RESULTS: The operation was successful in all patients. There was no change to other fixed operation. The operation time was (75.8±12.3) min, the amount of bleeding was(356.4±64.8) ml, and there was no serious postoperative complications such as infection, internal fixation displacement, re fracture and nonunion. After 6 to 36 months follow-up, the fracture healing was evaluated by Warden's score. With the extension of observation time, Warden's score gradually increased, and the time of bone healing was(5.5±0.9) months. Harris score and HSS score were used to evaluate the function of hip and knee joint respectively. With the extension of time, Harris score and HSS score increased gradually. Six months after operation, Harris score was 83.5±11.2, HSS score was 79.7±10.5. During the follow-up period, there were no serious complications such as internal fixation displacement, re-fracture, nonunion of fracture and deep vein thrombosis of lower extremity. CONCLUSION: The bridge combined internalfixation system has better safety and effectiveness in the treatment of severe comminuted femoral fracture. As long as the requirements of local anatomy and biomechanics are strictly mastered and the operation risks are fully evaluated in combination with imaging, the better fixation effect can be achieved. The operation has less trauma, fewer complications and simple operation, which is believed to have a wider application potential. Due to the limited sample size and follow-up time, no clinical control was set up, the results of the study still need to be further verified by prospective trials.
OBJECTIVE: To explore the clinical effect of bridging system in the treatment of severe comminuted femoral fracture. METHODS: From March 2016 to October 2018, 50 patients with severe comminuted femoral fracture including 35 males and 15 females, aged 48 to 72(54.6±8.7) years, were admitted. All cases were comminuted fractures of the femoral shaft, 16 with proximal femur fractures and 7 with distal femur fractures. All cases were all unilateral fractures, 23 on the left and 27 on the right. The time from injury to operation was 5 to 60 (26.7±13.3) hours. The cause of injury was traffic accident, 12 cases with high fall, 35 cases fell and 3 cases fell accidentally. The patients were treated with bridge combined internal fixation system, and the operative effect and fracture healing were analyzed. RESULTS: The operation was successful in all patients. There was no change to other fixed operation. The operation time was (75.8±12.3) min, the amount of bleeding was(356.4±64.8) ml, and there was no serious postoperative complications such as infection, internal fixation displacement, re fracture and nonunion. After 6 to 36 months follow-up, the fracture healing was evaluated by Warden's score. With the extension of observation time, Warden's score gradually increased, and the time of bone healing was(5.5±0.9) months. Harris score and HSS score were used to evaluate the function of hip and knee joint respectively. With the extension of time, Harris score and HSS score increased gradually. Six months after operation, Harris score was 83.5±11.2, HSS score was 79.7±10.5. During the follow-up period, there were no serious complications such as internal fixation displacement, re-fracture, nonunion of fracture and deep vein thrombosis of lower extremity. CONCLUSION: The bridge combined internalfixation system has better safety and effectiveness in the treatment of severe comminuted femoral fracture. As long as the requirements of local anatomy and biomechanics are strictly mastered and the operation risks are fully evaluated in combination with imaging, the better fixation effect can be achieved. The operation has less trauma, fewer complications and simple operation, which is believed to have a wider application potential. Due to the limited sample size and follow-up time, no clinical control was set up, the results of the study still need to be further verified by prospective trials.