Burns : journal of the International Society for Burn Injuries
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Hospital length of stay (LOS) is utilized to estimate resource utilization and quality of care. In burns the LOS estimation is 1day per percent total body surface area burn (1day/%TBSA). Our purpose was to evaluate the 1day/%TBSA burn rule and develop simple accurate formulas to predict LOS. ⋯ Traditional LOS estimates of 1day/%TBSA burn rule is biased, underestimating LOS, particularly for patients >40 years with inhalation injury. The following formulas applied at admission can accurately estimate hospital LOS, improve prediction over 1day/%TBSA, and provide results comparable to complicated models.
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Conventional reconstructive methods fail to achieve satisfactory results in total eyelid defect cases. Vascularized composite tissue allotransplantation might provide both good appearance and function for these patients. We developed an orthotopic periorbital transplantation model in rats to facilitate further experimentation in this field. ⋯ A periorbital subunit orthotopic transplantation model was established, which might facilitate future eyelid allotransplantation-related experimentation.
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Randomized Controlled Trial
Effect of vitamin D supplementation and isokinetic training on muscle strength, explosive strength, lean body mass and gait in severely burned children: A randomized controlled trial.
To determine the effects of vitamin D (VD) supplementation and isokinetic training on muscle strength, explosive strength (counter movement jump) (ES), lean body mass (LBM) and gait parameters in severe pediatric burn. ⋯ VD supplementation combined with exercise training significantly increased muscle strength, ES, LBM, gait and VD level in severely burned children.
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Health administrative databases may provide rich sources of data for the study of outcomes following burn. We aimed to determine the accuracy of International Classification of Diseases diagnoses codes for burn in a population-based administrative database. ⋯ Administrative data diagnosis codes accurately identify burn by burn size and mechanism, while identification of inhalation injury or full-thickness burns is less sensitive but highly specific.