J Trauma
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Allograft skin lyophilised in 98% glycerol is an effective overlay for widely expanded autografts. The technique was evaluated clinically on a total of 58 sandwich grafting procedures in a group of 39 patients with extensive third-degree burns. Forty-five grafting operations performed within 10 days postburn all resulted in an epithelialisation rate of at least 75% within 5 weeks. ⋯ The absence of allograft viability did not impair its function as an autograft overlay. The apparent attenuation of allograft antigenicity conferred by the action of 98% glycerol may have contributed to the results achieved. The process of cadaver skin preservation in 98% glycerol is simple and inexpensive.
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Twenty-five patients with aseptic nonunion of the humeral shaft, treated by a combined therapeutic procedure, are reported. The initial treatment of these 21 closed and four open fractures had been nonoperative in 21 patients and surgical in four. Seven further open procedures had been performed in four of these patients, also undergoing failure. ⋯ A uniform therapeutic protocol, consisting of decortication, internal fixation with a broad, straight DCP ASIF plate and autologous cancellous bone grafting, was performed in all cases, supplemented with the use of surgical cement in one. Radiologic healing was achieved primarily in 24 patients in periods averaging 6 months and after renewal of the protocol in one patient. Followup averaged 35 months (range, 8-69 months): results were good in 21 patients.
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A young man hit by a car while riding his motorcycle presented with reversible hypotension, a compression fracture of C6, fractures of the left femur and of ribs 9-12 on the right, and right hemothorax. A falsely negative peritoneal lavage delayed laparotomy, which, when done, demonstrated two right diaphragmatic rents with bleeding into the right chest from a severe liver injury. Presentation of this case demonstrates that while peritoneal lavage is an excellent way to exclude intraperitoneal hemorrhage following blunt abdominal trauma, false-negative results may occur in the setting of hemorrhage with diaphragmatic rupture.
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The percutaneous common femoral vein catheter for volume replacement in critically injured patients.
The acquisition of venous access with the potential for massive volume infusion can be a major determinant in the survival of a critically injured patient. A percutaneously placed 8.5 Fr common femoral vein catheter (CFVC) was inserted in 366 patients in whom upper extremity veins were unavailable or inadequate for volume resuscitation. ⋯ Although 90% of trauma patients can be managed with a peripheral vein catheter, venous access in patients with the potential need for massive volume infusion can be achieved in a rapid, safe, and efficient manner using the CFVC in conjunction with the GIT. We conclude that this system can be used effectively in trauma patients with hemodynamic instability, unavailable or inaccessible upper extremity veins, suspected cervicothoracic major vascular injury and when massive volume or blood replacement is anticipated.