Bilateral anterior dislocation of the shoulders with proximal humeral fractures: a case report

Bilateral simultaneous anterior dislocation of the shoulders with bilateral 3-part fracture of the proximal humeri is unusual. A 42-year-old man presented with pain and restriction of movement on both shoulders. He was injured by a heavy object falling over his back while he was leaning forward holding an overhead bar. His arms were abducted and externally rotated. The injury was not correctly diagnosed, and the patient was treated with repeated manipulations and splintage for 2 weeks. Radiological examination revealed bilateral anterior dislocation of the shoulders with displaced 3-part fractures of the proximal humeri involving the shaft, greater tuberosity, and head. The patient was treated with open reduction and internal fixation through a deltopectoral approach using multiple Kirschner wires. The shoulders were kept immobilised for 3 weeks until the removal of the wires. The patient was able to resume work 3 months after surgery. He had an excellent and comfortable range of motion in both shoulders at one-year follow-up.     

The paediatric floating knee: a case report of ipsilateral epiphyseal injury to the distal femur and proximal tibia

Although isolated epiphyseal trauma of the tibia and the femur have been described in the literature, the combination of these two injuries is extremely rare. We report on the management of a case of simultaneous ipsilateral epiphyseal injuries to the distal femur and proximal tibia, the paediatric floating knee.     

双侧锁骨外端骨折1例报告

2010年1月4日收治1例双侧锁骨外端骨折患者,男,34岁,主因外伤后双肩及头部疼痛1h入院。入院查体：神智清晰,血压110/80mmHg,头于右侧顶部有一5cm的头皮裂伤,边缘不齐,深达皮下层,出血。双侧瞳孔等大等圆,     

Concomitant double epiphyseal injuries of the tibia with vascular compromise: a case report

A rare case of double epiphyseal injuries in the same tibia is reported. A 4-year-old child was struck by a vehicle and presented with the above fractures and vascular compromise to the extremity. Following localization of the vascular occlusion level by arteriography, popliteal vessel anastomosis was attempted. The vascular repair failed, resulting in disarticulation through the knee. Simultaneous displaced proximal and distal epiphyseal injury in the same tibia has not been previously reported in the literature. The most serious complication of injury to the proximal tibia is vascular compromise. A delay in recognition or intervention in such cases can be devastating.     

Epiphyseal fractures of the proximal tibia

During a 12-year period there were 15 patients with proximal tibial epithyseal fractures. Eleven were examined at follow-up with a mean observation time of 7 years (range 3.5-12.5). Five patients with type IV or type V lesions had concomitant avulsion fractures of the tibial insertion of the anterior cruciate ligament, two being displaced. Eight out of twelve patients had concomitant ligamentous injuries. At follow-up two patients complained of instability, confirmed by clinical examination. Another two patients had symptom-free anterior laxity. Serious angular deformity was found in two patients, while important leg length discrepancy was observed in one. Degenerative changes of the knee joint were found in three patients. An active reconstructive approach is recommended, and attention is drawn to concomitant ligamentous injuries which, it seems, in the past have tended to be underestimated.     

Epiphyseal fractures of the proximal tibia

Fractures of the proximal tibial epiphysis and apophysis are rare. Data of ten patients seen in the last 17 yr with an epiphyseal (6) or apophyseal (4) fracture of the proximal tibia were reviewed. Three patients with an epiphyseal fracture were treated by open reduction and fixation, the other three by closed reduction. All apophyseal fractures were treated by open reduction and internal fixation. No major complications occurred. The final results were good.     

Fractures of the tibia through the proximal tibial epiphyseal cartilage

Thirty-nine fractures of the tibia involving the proximal tibial epiphyseal cartilage were treated at the Campbell Clinic over a twenty-five-year period. Stress roentgenograms were essential in making the diagnosis in three patients. Two patients had disruption of the popliteal artery, and both had posterior displacement of the tibial shaft. The other immediate complications that we encountered were anterior compartment syndrome, peroneal-nerve palsy, and associated ligamentous and meniscal injuries. Of twenty-eight fractures (twenty seven patients) with an average follow-up of 7.1 years, there were satisfactory results in twenty-four. Unsatisfactory results (four fractures) were due to chronic neurovascular insufficiency, growth disturbance, or traumatic arthritis.     

Stress fracture of proximal tibia after proximal fibula osteotomy: A case report

IntroductionProximal fibula osteotomy (PFO) is a new method for treating medial compartment osteoarthritis of the knee, which is based on the theory of differential settlement (nonuniform settlement). This procedure has been widely recognized for its advantages of relative simplicity, low rate of postoperative complications, and low postoperative costs. Stress fracture of the proximal tibia after PFO has not been previously reported.Case presentationWe report a 62-year-old woman with chronic rheumatoid arthritis (RA) underwent left PFO for chronic knee pain, who developed a stress fracture of the proximal tibia more than 1 year after PFO.Clinical discussionIn the early stage of proximal tibia stress fracture, due to the concealment of radiography manifestations, doctors from another hospital performed total knee arthroplasty (TKA) for the patient. They ignored the treatment of stress fracture of the proximal tibia, and the stress fracture was further aggravated after surgery. Six months later, the patient underwent open reduction and internal fixation with a plate and screw in the left proximal tibia fracture at our hospital. The patient was followed up at the hospital three months after open reduction, and the proximal tibia stress fracture began to heal.ConclusionRA is usually not confined to the medial compartment and its pathogenesis is different from that of osteoarthritis. Therefore, PFO is not an appropriate procedure for this type of patient.     

Bilateral simultaneous fractures of the femoral neck: case report

A case of bilateral fractures of the femoral neck resulting from high-voltage electric injury is reported. Surgeons caring for patients with electrical injuries must be aware of the possibility of this injury as well as other skeletal injuries which may result from muscle contraction or falls related to electric shock. Without vigilance for these injuries, diagnosis may be delayed.     

Nondisplaced fractures of the proximal carpal row: case report

We present a 24-year-old woman who sustained isolated nondisplaced fractures of the proximal carpal row after a low-energy injury. The radiographic features are most consistent with the recently described translunate arc injury and appear to be a transitional injury between an inferior arc injury as well as the greater and lesser arc injuries. The injury was successfully treated with below-elbow thumb-spica cast immobilization for 10 weeks.     

Bilateral talar avulsion fractures secondary to seizure: a case report

Musculoskeletal injury as a result of seizure activity is not uncommon, posterior shoulder dislocation being a well-described example. In this report, we describe what we believe to be the first published case of bilateral talar avulsion fractures secondary to seizure.     

Bilateral fractures of the tibia: a severe injury associated with multiple trauma

Trauma which results in bilateral fractures of the tibia represents a serious physical insult to the victim. A review of our experience at the Harborview Medical Center in the treatment of 14 consecutive patients with this injury provides insights into the management of multiply injured patients with long bone fractures. All of the 28 tibial fractures were the result of high-energy forces, and 16 were open injuries. Thirteen of the patients had sustained severe multiple trauma and three died as a result of their injuries. All surviving patients were followed until complete healing and long-term followup examination was obtained. The severe injuries which result in bilateral tibial fractures are associated with a high morbidity and mortality. Aggressive and meticulous management of the bony and soft-tissue injuries can provide for good results, early mobilization, and full functional return in these multiply injured patients. Primary amputation should be undertaken only as a final alternative, as most open fractures are salvageable.     

Staged management of high-energy proximal tibia fractures

High-energy proximal tibia fractures are complicated by soft tissue compromise and this may result in sub-optimal outcomes. There is a high association of open injuries, compartment syndromes, and vascular injuries with these bony disruptions. Surgical treatment of these injuries has been associated with significant complications such as infection, knee stiffness, malunion, loss of fixation, soft tissue failure, and amputations. The loss of fixation is an issue especially in the elderly, with failure associated with age more than sixty years, premature weight bearing, preoperative displacement, fracture fragmentation, and severe osteoporosis. The use of two-stage reconstruction for the treatment of distal tibia fractures has been successful in decreasing the complication rates, including wound compromise. The two stages involve: 1. stabilization of the injured limb with a bridging external fixator to allow the soft tissues to improve and recover and 2. definitive fixation for reconstruction of the articular surface and meta-diaphyseal fractures. The use of such a protocol has been proposed for high-energy proximal tibia fractures to decrease the high rate of soft tissue compromise associated with traditional open methods of treatment. The choice of definitive fixation may include plates, nails, or non-bridging external fixation.     

Intramedullary nailing of extra-articular proximal tibia fractures

Tibial fractures are the most common long bone fractures. Extra-articular proximal tibia fractures account for approximately 5% to 11% of all tibial shaft fractures. The benefits of intramedullary nailing of these fractures include load sharing, sparing of the extraosseous blood supply, and avoidance of additional soft-tissue dissection, thereby minimizing the risk of postoperative complications. A significant rate of malalignment has been reported with intramedullary nailing of proximal tibia fractures, however. Malalignment typically presents as apex anterior and valgus angulation. Several nailing methods and reduction techniques have been developed to minimize this complication, including the use of a proper starting point and insertion angle, blocking screws, unicortical plates, a universal distractor, and alternative positioning and approaches. Use of one or more of these techniques has resulted in a reported average malreduction rate of 8.2%.