Burns : journal of the International Society for Burn Injuries
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Burns can cause long-term complications including pain and poor physical function. While neighborhood disadvantage is associated with burn severity, its effect on long-term complications has not been investigated. We hypothesized that patients from areas of higher area of deprivation index (ADI) will report poorer long-term outcomes. ⋯ Higher neighborhood disadvantage was associated with higher long-term pain intensity post-burn. This study highlights the importance of socioeconomic factors that may impact long-term outcomes and the use of aggregate markers to identify patients at risk for worse outcomes.
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The COVID-19 pandemic led to a sudden halt in the academic activities of many medical professionals including burns and plastic surgery. Worldwide, this led to many societies switching over to various virtual platforms like Google Meet and Zoom for teaching and training. In India, as the other plastic surgery societies started their educational webinars, the National Academy of Burns India (NABI) also geared up for its web journey for imparting burn education to doctors and the general population. ⋯ NABI webinars showed that education in burns is possible on a virtual platform under special circumstances like the COVID-19 pandemic and can be used as an adjunct to regular teaching and training. The public awareness webinars also served as readily available resource material for the general population.
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Pediatric burn injuries are a significant public health issue in low- and middle-income countries, leading to substantial morbidity and mortality. This study aimed to evaluate the efficacy of the No+Quema2 educational program, implemented in Aguascalientes, Mexico, in preventing burn injuries among children under nine years old. ⋯ The No+Quema2 program has made a significant impact on burn prevention among children in Aguascalientes, Mexico. Despite the limitations of relying on government-reported data, the correlation between the program's activities and the observed decrease in burn injuries is promising. These findings underscore the critical importance of the No+Quema2 program's activities in achieving sustained, targeted educational interventions and long-term reductions in burn injury incidence. They also highlight the need for more robust study designs to validate these outcomes, emphasizing the importance of evidence-based strategies in future burn prevention efforts.
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Burn injuries pose significant challenges in healthcare, with Integra dermal regeneration template (DRT) emerging as a prominent solution to enhance wound healing and recovery. Although there is no clear consensus on its technical use and application. We convened a panel of 14 burn specialists aiming to provide consensus regarding the application and usage of Integra in managing burn wounds. ⋯ The resultant 24 finalized statements from this Italian consensus offer a comprehensive and practical framework for employing Integra DRT in burn patient care. Reflective of specific Italian expertise and practice, these recommendations supplement and refine existing literature, serving as a dynamic guide subject to periodic updates aligned with evolving evidence and experience in the field of burn surgery.
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This study aims to explore the potential of a scaffold composed of drug-chitosan-hydroxyapatite (HA) in improving tissue treatment. The focus of the investigation lies in analyzing the physical and biological properties of the scaffold and evaluating its mechanical characteristics through finite-element analysis. To synthesize microcapsules containing dextran-diclofenac sodium, the electrospraying method was employed. ⋯ The results indicated that the average size of the microcapsules was in the range of 170 to 180 µm, and the porosity of the prepared tissue was between 52 % and 61 %. The experimental compressive properties revealed that an increase in the volume fraction of the embedded microcapsules led to an increase in the maximum compressive stress and compressive modulus of the scaffolds by up to 54.95 % and 53.18 %, respectively, for the scaffold containing 20 % VF of pharmaceutical microcapsules compared to the specimen containing 10 % VF. In conclusion, the developed scaffold has the potential to serve as an effective wound dressing, with the ability to provide structural support, facilitate controlled drug release, and promote wound healing.