Burns : journal of the International Society for Burn Injuries
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Autologous skin cell suspension (ASCS) is a treatment for acute thermal burn injuries associated with significantly lower donor skin requirements than conventional split-thickness skin grafts (STSG). Projections using the BEACON model suggest that among patients with small burns (total body surface area [TBSA]<20 %), use of ASCS± STSG leads to a shorter length of stay (LOS) in hospital and cost savings compared with use of STSG alone. This study evaluated whether data from real-world clinical practice corroborate these findings. ⋯ Analysis of real-world data shows that treatment of small burn injuries with ASCS± STSG provides reduced LOS and substantial cost savings compared with STSG, supporting the validity of the BEACON model projections.
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Burn is one of the highly occurring injuries worldwide. In case of an acid attack, survivors are considered an embarrassing element for the family. In other words, survivors' dignity is judged by the scars on their faces and bodies. Burn survivors experience physical pain of wounds, along with unseen psychological agony. Here, resilience is the most captivating phenomenon that can lead the survivor to normalcy in life after experiencing such traumas. The current study is aimed to explore the role of resilience in the psychological distress of burn survivors. ⋯ The findings of current study would be helpful for the medical professionals, mental healthcare providers, and policymakers who can help to develop and implement rehabilitation programs and mental health demands for the said population and can initiate and plan resilience promoting programs that would help promote adaptive coping to deal with trauma.
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The quality of scars has become an important outcome of burn care. Objective scar assessment through scar surface area measurement enables quantification of scar formation and evaluation of treatment efficacy. 3D technology has proven valid and reliable but often remains cumbersome, expensive, and time-consuming. 3D technology with depth sensors on mobile devices has become available and might surpass these limitations. This study provides a clinimetric assessment of the validity and reliability of a 3D system with a depth sensor for scar surface area measurement. ⋯ This 3D technology with a depth sensor for measuring scar surface area provides valid and reliable data and thereby surpasses expensive and time-consuming 3D cameras.