Detection of antigens in sera of patients with neoplastic disease by Schultz-Dale test; its possible use as a screening procedure for tumours.

Abstract

Burns are an unpredictable element of the modern battlespace and humanitarian operations. Most military burns are small and may not be a significant challenge for deployed healthcare assets but usually render the individual combat ineffective until healed. However, larger burns represent a more significant challenge because of the demand for fluid resuscitation therapy, early surgical intervention and regular wound management that can rapidly deplete surgical capabilities. Beyond the initial injury, longer-term consequences, such as psychological morbidity and loss of functional independence, are rarely considered as part of an ongoing care plan. Globally, most of the morbidity and mortality associated with burns are seen in less economically developed countries and are frequently associated with conflicts and natural disasters, but with simple interventions and resources, outcomes in these environments can be markedly improved. Prehospital providers should be confident to manage the initial assessment of a burn, including triaging for evacuation and packaging for safe transfer. This article provides an overview for prehospital providers on the management of thermal burns in military and humanitarian settings, with additional considerations for the management of chemical and electrical injuries.