J Trauma
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Review Case Reports
Bronchial blocker placement through the lumen of an in situ tracheal tube.
Tracheal intubation during trauma resuscitation is almost always performed with a standard endotracheal tube. Difficulties may arise if lung isolation is required later. The options for achieving lung isolation in seriously traumatized patients are briefly reviewed. Two efficient and airtight systems to allow the insertion of a bronchial blocker with minimal risks are presented.
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The long-term outcome of trauma patients basically depends on the relation between the clearance capacity of the organism, e.g., the lungs, and the antigenic (inflammatory) load in relation to the amount of damaged and perfused tissue. It is necessary to determine quality and quantity of fracture and soft-tissue damage by clinical means as early as possible. It is unknown whether biochemical markers and the impact of soft-tissue trauma correlate and whether there is a predictive value on clinical outcome. ⋯ The amount of fracture and soft-tissue damage can be estimated early by analysis of serum interleukin-6 and creatine kinase and is of great importance with regard to long-term outcome after trauma.
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To evaluate the safety and benefit of delayed repair of blunt thoracic aortic injury (BTAI) in trauma patients with multiple injuries and to assess the financial impact of delayed repair. ⋯ The management of trauma patients with multiple injuries requires prioritization of injuries so that the outcomes from these injuries can be optimized. Although delayed aortic repair was safely practiced in this series, there was not an obvious outcome benefit to delayed repair. The patients undergoing late repair required increased attention to hemodynamics, and there was a trend toward increased length of stay. In addition, analysis of the costs associated with delayed repair demonstrated a twofold increase in the direct costs for delayed repair compared with early repair.