Der Unfallchirurg
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Multicenter Study
[Validation of the prehospital mSTaRT triage algorithm. A pilot study for the development of a multicenter evaluation].
Successful management of a mass casualty incident requires integrated operating procedures. A common division of victims into descriptive needs-based groups and the corresponding decision processes is the key to ensuring a successful operational response. The mSTaRT ("modified simple triage and rapid treatment") algorithm should enable emergency medical technicians to conduct triage, perform appropriate medical interventions, and coordinate transportation to adequate care facilities. The aim of this study was to design a concept to validate the mSTaRT algorithm. ⋯ The results of our pilot study show that by using mSTaRT, patients designated as yellow (urgent) and green (delayed) will be accurately distinguished from red (immediate) patients; therefore, only a small number of patients will be overtriaged as red. However, some patients with severe head injury may not be initially assigned to the red category as required, resulting in undertriage. Consequently, modification of the mSTaRT procedures should be considered. A further identifier in the algorithm or checkpoint in the process should act as a safety net for catching severe head injury. A larger data set is required to further validate the mSTaRT algorithm. This will be acquired by means of a multicenter study.
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The German DRG-System was advanced into version 2009. For orthopedic and trauma surgery significant changes concerning coding of diagnoses, medical procedures and concerning the DRG-structure were made. ⋯ G-DRG-System gained complexity again. High demands are made on correct and complete coding of complex orthopedic and trauma surgery cases. Quality of case-allocation within the G-DRG-System was improved. Nevertheless, further adjustments of the G-DRG-System especially for cases with severe injuries are necessary.
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Although seldom dangerous to life, these degloving injuries are all potentially infected and, unless treated as acute surgical emergencies, inevitably lead to serious complications. Diagnostic is done according to a standardized protocol, which eventually must be integrated in the standard polytrauma management. Multidisciplinary (orthopedic surgery, plastic surgery, dermatology, physiotherapy) defect management is of utmost importance and requires an "integrated therapy concept". ⋯ A second look operation 24 to 72 hours later should be planned. Secondary surgery is necessary in almost every patient in order to improve the functional or aesthetic result. Adjuvant procedures such as physiotherapy, standardized scar treatment, orthesis, orthopedic shoes, etc. may be useful at any time of treatment.
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Multicenter Study
[Operative treatment of traumatic fractures of the thoracic and lumbar spinal column. Part I: epidemiology].
The Spine Study Group (AG WS) of the German Trauma Association (DGU) has now been in existence for more than a decade. Its main objective is the evaluation and optimization of the operative treatment for traumatic spinal injuries. The authors present the results of the second prospective internet-based multicenter study (MCS II) of the AG WS in three consecutive parts: epidemiology, surgical treatment and radiologic findings and follow-up results. ⋯ Of the fractures 68.8% were located at the thoracolumbar junction (T11-L2). Type B and type C injuries carried a higher risk for concomitant injuries, neurological deficits and additional vertebral fractures. The average initial VAS spine score, representing the status before the trauma, varied between treatment subgroups (OP 80, KONS 75, PLASTIE 72) and declined with increasing patient age (p<0.01).