ABA Southern Region Burn disaster plan: the process of creating and experience with the ABA southern region burn disaster plan

Mobile Burn Disaster Response Teams: A Scoping Review

The resources needed to deliver modern burn care may be overwhelmed by mass casualty disasters. In 2021, the World Health Organization (WHO) recommended that countries prepare teams of deployable burn experts to assist with responding to a mass casualty disaster. The aim of this scoping review was to identify existing literature regarding burn mobile response team organization, describe the reported effectiveness of these teams, identify challenges in adopting the WHO recommendations, and consider how the recommendations may be reconsidered. We conducted a scoping review of all literature types published up to January 2022. Searches of MEDLINE, EMBASE, Scopus, and CINAHL databases were conducted to identify reports informing or reporting the use of mobile burn care specialty teams that respond to events resulting in multiple burn-injured victims, including pediatric victims and military response to civilian events. Of 6132 identified reports, 26 publications were reviewed. Three types of mobile burn response teams were identified: (1) teams organized by burn care networks, (2) government-organized medical disaster teams with burn-specific experts, and (3) the U.S. Army Burn Flight Team. Teams have responded to events such as terrorist attacks by providing specialized burn supplies and personnel. These teams have demonstrated expert triage and stabilization advantages but are limited by the number of deployable specialists. Although the WHO recommends increasing the number of mobile burn response teams available around the world, few countries have implemented this recommendation. A hybrid model where responders on scene communicate with burn center experts to manage triage may address these challenges.

Assessment of the Capacity and Capability of Burn Centers to Respond to Burn Disasters in Belgium: A Mixed-Method Study

Burn disaster is defined as a massive influx of patients that exceeds a burn center's capacity and capability. This study investigates the capacity and capability of burn centers to respond to burn disasters in the Belgian ground. Quantitative survey and qualitative semistructured interview questionnaires were administered directly to key informants of burn centers. The data collected from both methods were compared to get a more in-depth overview of the issue. Quantitative data were converted into a narrative to enrich the qualitative data and included in the thematic analysis. Finally, data from both methods were analyzed and organized into five themes. The Belgian Association of Burn Injury (BABI) has a specific prehospital plan for burn disaster management. Once the BABI Plan is activated, all burn centers respond as one entity. Burn Team (B-Team) is a professional team that is formed in case of urgent need and it is deployed to a scene or to nonburn specialized hospitals to help in disaster relief. The challenges for burn disasters response occur particularly in the area of triage, transfer, communication, funding, and training. We conclude that there is a variation in the capacity and capability of burn centers. Overall, the system of burn disaster management is advanced and it is comparable to other high-income countries. Nevertheless, further improvement in the areas of preparation, triage, communication, and finally training would make disaster response more resilient in the future. Therefore, there is still space for further improvement of the management of burn disasters in Belgium.

Analgesic use in contemporary burn practice: Applications to burn mass casualty incident planning

BACKGROUND

Determining the amount of analgesics required will help burn centers improve their ability to plan for a burn mass casualty incident (BMCI). We sought to quantify the amount of analgesics needed in an inpatient burn population. We hoped that assessing the analgesic use in daily burn care practice will potentially help estimate opioid needs in a burn mass casualty incident (BMCI).

METHODS

We included patients with burns covering equal to or less than 30% total body surface area (TBSA), admitted from spring 2013 to spring 2015. Patient records were reviewed for analgesics and adjuncts, pain scores, age and TBSA. The doses of the different opioids administered were converted into morphine equivalent doses (MED).

RESULTS

We enrolled 141 acute burn survivors with a mean TBSA of 8.2±0.6%. The lowest daily average MED per person was 24.6±2.0mg MED, recorded on the day of injury. The daily average MED per person increased until it peaked at 52.5±5.6mg MED at day 8 post-burn. Then, it declined to 24.6±3.4mg MED by day 14. Bivariate regression analysis of average MED by TBSA showed a significant positive correlation (p<0.001). The analysis of average MED by age showed a significant negative correlation (p<0001).

CONCLUSION

Our study quantified opioid requirements in an inpatient burn population and identified TBSA (positively) and age (negatively) as significant predictors.

Disaster Preparedness and Response for the Burn Mass Casualty Incident in the Twenty-first Century

The effective and efficient coordination of emergent patient care at the point of injury followed by the systematic resource-based triage of casualties are the most critical factors that influence patient outcomes after mass casualty incidents (MCIs). The effectiveness and appropriateness of implemented actions are largely determined by the extent and efficacy of the planning and preparation that occur before the MCI. The goal of this work was to define the essential efforts related to planning, preparation, and execution of acute and subacute medical care for disaster burn casualties. This type of MCI is frequently referred to as a burn MCI."

Burn care in disaster and other austere settings

In some circumstances, burn care must be delivered in a simple manner without the luxury of modern resources. Such circumstances include care in low- and middle-income countries, war zones, and mass casualty incidents. Triage decisions need to be made carefully, allowing the focus of limited personnel and equipment on those most likely to survive. Simple techniques can be used to help many burn victims, such as utilizing oral resuscitation formulas for burn resuscitation. Although even the best attempts at preparation often fall short, there are many benefits from planning and training.