Burns : journal of the International Society for Burn Injuries
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The estimated incidence of non-accidental burns varies between 1-25% in children. Distinguishing non-accidental burns from accidental burns can be very complicated but is of utmost importance for prevention of future injuries. Several studies concerning non-accidental burns have been published, however a clear overview is lacking. ⋯ From this review of the literature, the incidence of non-accidental burns in children was 9.7%. Indicators raising a very high suspicion of intentional burns are: location at the posterior trunk, deep partial thickness and full thickness burns and burns caused by hot tap water.
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The estimated incidence of non-accidental burns varies between 1-25% in children. Distinguishing non-accidental burns from accidental burns can be very complicated but is of utmost importance for prevention of future injuries. Several studies concerning non-accidental burns have been published, however a clear overview is lacking. ⋯ From this review of the literature, the incidence of non-accidental burns in children was 9.7%. Indicators raising a very high suspicion of intentional burns are: location at the posterior trunk, deep partial thickness and full thickness burns and burns caused by hot tap water.
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Trauma impacts people's coping mechanisms with their ability to function posing risks to their capacity to manage and respond appropriately to stressors, and to recover. Trauma informed care recognises the needs of survivors by focusing on system-wide design and support during recovery, minimising the risk of re-traumatisation, and maximising choice and empowerment for new adaptations and post-traumatic growth. ⋯ With the application of trauma-informed care within the burns setting, along with an understanding and acknowledging the link between trauma, burns injuries and mental health, health care professionals can minimise potential negative psychological impacts. Investing resources is now essential to effectively address the "trauma deficit" in the area of burns recovery.
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Human amniotic membrane (AM) has been widely used for tissue engineering and regenerative medicine applications. AM has many favorable characteristics such as high biocompatibility, antibacterial activity, anti-scarring property, immunomodulatory effects, anti-cancer behavior and contains several growth factors that make it an excellent natural candidate for wound healing. To date, various methods have been developed to prepare, preserve, cross-link and sterilize the AM. ⋯ Optimization of an effective and safe method for preparation and preservation of AM for a specific application is critical. In this review, the isolation, different methods of preparation, preservation, cross-linking and sterilization as well as their effects on properties of AM are well discussed. For each section, at least one effective and safe protocol is described in detail.