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Military Contributions to Damage Control Training in Civilian Setting

Year: 2024
Type: article
Abstract: Dear Editor, We read with great interest the study by Bousigues et al. describing the implementation of a damage control (DC) training campaign and its perception according to the respondents’ profession, DC teaching levels, and the history of terrorist attacks in the last decade of the hospital center’s activities.1 The authors identified significant gaps and challenges in DC training for emergency medical personnel in France. They also highlighted the urgent need for more comprehensive and standardized training programs for healthcare providers, particularly in light of the unpredictable nature of mass casualty incidents. In accordance with these conclusions, we would like to mention the potential interest of two training programs designed by the French military medical service that could meet the critical need for solid DC training in such contexts: the Damage Control for Terrorist Attack Victims (DC-TAV) program and the French Pre-Deployment Advanced Course in Anesthesia and Resuscitation (DACAR) program.2,3 These two programs offer valuable lessons that could enrich and enhance the current approach to DC training within French civilian emergency medical structures. First, the DC-TAV program was initially conceived by a dedicated Task Force of civilian and military physicians in response to the enduring threat of terrorism in France and other regions worldwide. Its objective is to provide training to a diverse cohort of health care professionals, extending beyond those with expertise in trauma care, to equip them with the skills to respond effectively to mass casualty incidents resulting from terrorist attacks. The DC-TAV program represents an ambitious nationwide initiative that provides training in essential DC techniques to non-trauma care providers, including nurses, general practitioners, and first responders. The program’s integrated approach, combining e-learning, hands-on workshops, and full-scale simulations, equips the trainees with both technical and nontechnical skills, enabling them to manage victims of terrorism. By providing a standardized, scalable approach to DC training, DC-TAV ensures that health care teams across various settings are prepared to respond rapidly and effectively in critical situations. Second, the DACAR program is a comprehensive military training course designed to prepare military anesthesiologists and medical personnel for deployment in austere environments, including combat zones. The program offers high-fidelity simulation-based training, with a particular focus on DC techniques, trauma management, and remote resuscitation in situations where resources are limited, and conditions are extreme. One of the DACAR program’s key strengths is its emphasis on practical, scenario-based learning, which reflects the realities of modern conflict zones. The insights gained from this sophisticated military training could prove invaluable to civilian healthcare professionals facing comparable challenges in high-intensity, large-scale emergencies. Both DC-TAV and DACAR demonstrate how targeted training programs can address the specific requirements of both civilian and military contexts. In an era where mass casualty incidents and high-intensity conflicts are increasingly likely, the insights gained from military experience, particularly in DC surgery and DC resuscitation, are highly relevant. Also pointed out by the authors, there is a pressing need to standardize and expand DC training to enhance the readiness of health care teams in France. In conclusion, the integration of military DC training programs, when considered in conjunction with the specific challenges posed by terrorism, has the potential to significantly enrich civilian emergency medical training programs. This is particularly pertinent given the current global climate, where high-intensity conflicts and mass casualty events are becoming more frequent.
Authors: Audrey Jarrassier, Gaël De Rocquigny, Pierre Pasquier
Language: English
Open Access status: bronze
OpenAlex ID: W4404871895
FWCI:
Cites: 3
Cited by:
Related to: 10