Changing perspectives in the prehospital management of patients with severe burns

02 February 2020
Volume 12 · Issue 2

Abstract

Treatment for burn injuries has typically involved the immediate cooling of the affected area with water to reduce pain and halt the progression of heat-induced tissue necrosis. For patients suspected to be at risk of airway compromise following inhalation burn injury, historical research has long advocated early prophylactic endotracheal intubation. In contrast, current literature is showing a change in the evidence base. To investigate this, a literature review was carried out and the evidence scrutinised in conjunction with local and national guidance. Controversy has more recently emerged over whether prophylactic endotracheal intubation is appropriate in the initial emergency management of suspected inhalation burn injury. Compounding this, it appears that no appropriate evidence-based guidelines have yet been made available. Traditional indications for prophylactic endotracheal intubation are sensitive but not specific. Research has subsequently demonstrated that large numbers of patients are being unnecessarily intubated and thus placed at risk of avoidable iatrogenic harm. A higher threshold for airway intervention is warranted. Additionally, a consensus remains over the use of prehospital cooling for burn injuries. This practice is, however, informed primarily by anecdotal and animal evidence. Patients with severe burns are at significant risk of hypothermia, which is associated with mortality. There is significantly more literature demonstrating the detrimental effects of hypothermia over the benefits of burn injury cooling in patients with severe burns. Treatment should therefore focus on the maintenance of normothermia as a priority. If cooling burned areas risks inducing hypothermia, it should be postponed.

In England in 2014, 116 588 patients attended emergency departments (EDs) with burns or scalds. Approximately 11% of these presentations were significant enough to require admission for further treatment (NHS Digital, 2016).

The Royal College of Emergency Medicine classifies severe burns in adults as those that involve an area of greater than 15% of the total body surface area (TBSA) (Matthew and Atwal, 2017). Severe burn injuries leave patients with long-term physical and psychological damage.

Paramedics recognise that managing burns in the emergency setting is extremely challenging (Bourke and Dunn, 2013). Despite the prevalence and complexities involved in this, however, prehospital guidelines are limited (Muehlberger et al, 2010).

First aid is regarded as a vital initial intervention to minimise the consequences of burn injuries (Wood et al, 2016). Treatment has typically involved the immediate cooling of a burn area with water to reduce pain and halt the progression of heat-induced tissue necrosis (Baldwin et al, 2012).

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