High-energy pelvic fractures are life-threatening injuries. Approximately 15% to 30% of patients with high-energy pelvic injuries are hemodynamic unstable, hemorrhagic shock remains the main cause of death in patients with pelvic fractures, with an overall mortality rate from 6% to 35%. The correlation between fracture pattern and mortality in polytrauma with pelvic fracture has been previously investigated. However, the purpose of our investigation was to evaluate the relationship of hemodynamic instability with the pelvic fracture pattern according to different classifications. A retrospective study of high-energy pelvic fractures was performed for consecutive patients admitted to the emergency Level I trauma center in the polytrauma unit of our institution from June 2007 to June 2010. A total of 759 patients polytrauma were attended, whom 100 had a pelvic fracture and were included in our study. Demographic data, mechanism of injury and associated injuries were recorded. The patients were classified as hemodynamic stable or unstable according to the ATLS protocol. The pelvic fracture patterns were divided into stable and unstable according to Young-Burgess and Tile classifications. Statistical analysis was performed to determine the relationship between fracture pattern and hemodynamic stability. Secondary outcomes were obtained: the relationship with TCE and pulmonary injury, usefulness of the external fixation, relationship between fracture pattern and embolization requests. Chi-square test was used for the analysis and OR test.Introduction and objectives
Materials and Methods
Intramedullary nailing is indicated to stabilization of tibia shaft fractures. Intramedullary nailing through an infra-patellar incision is commonly the technique of choice. While intramedullary nailing of simple diaphyseal fracture patterns is relatively easy, proximal tibia fractures, extremely comminuted/segmental tibia fractures, politrauma with multiple fractures in both extremities and reconstruction of bone loss segment with stiffness of the knee joint can be very challenging to treat. A novel technique for intramedullary tibia nailing through the patella-femoral joint is described. This technique allow extension tibia during intervention time and it supplies easier reduction of the pattern of fracture above. The purpose of our investigation was to evaluate the use of this new technique in described above pattern fracture and patient situation; because we have thought that new technique can perform better outcomes in this situations. An observational study of tibia fractures or bone defect was performed for consecutive patients who presented: proximal tibia fractures, extremely comminuted/segmental tibia fractures, politrauma with multiple fractures in both extremities and reconstruction of bone loss segment in the Trauma unit of our institution from September 2009 to August 2010. A total of 32 were included in our study, which performed surgery intervention with Trigen tibia nail (Smith & Nephew, Memphis) with suprapatelar device. Demographic data, mechanism of injury, fracture classification, ROM (2 and 6 weeks, and 3 months), consolidation rate, reduction fracture quality and knee pain at 3 months were recorded.Introduction and objectives
Materials and Methods
The complications rate was 14%. The main complications were superficial infections, posttraumatic arthritis and non-union fractures. One case presented a superficial infection (2%) and 6 patients suffered deep infections (11.8%). Worst scores were observed in both scales with patients treated with type C fractures of the AO classification.
- Type C fractures have a worse prognosis - Using external fixators as initial stabilisation method improves the healing of soft tissues. - It is important to perform a CT scan in the preoperative planification. - Tibial plafond fractures are still a challenge for the surgeon.
External fixation compression devices have been an excellent method for gaining fusion but, there is no documentation about its ability for obtaining adequate limb alignment with a stable fusion of the knee joint.
Postoperative radiographs have been evaluated to digitally measure loss of femoral and tibial bone stock using Engh radiological classification. Moreover, we have quantified tibiofemoral alignment and the section of bony fusion. Fusion of the knee joint was assessed with CT. Patients were interviewed and pain was graded using a Visual Analog Scale (VAS) and self-satisfaction as well as current health status using the 12-item social function survey form (SF12).
Previous identification of the infective microorganism First-stage surgery including radical debridement and placement of «personalized» spacers. Specific antibiotic treatment during three months. Second-stage surgery including second debridement, withdrawal of the spacers, collection of samples for microbiologic and histologic study (including intraoperative PMN study). Implantation of prosthesis without use of cement.
Cement with antibiotics is not essential for prosthesis reimplantation when replacement is performed in two-stage. Outcome in patients treated according to this protocol is equal or superior to that of other technique options (eradication of the septic process for a mean of more than 5 years). Prosthesis survival results justify the exclusion of cement for reimplantation.