Emergency service experience following the terrorist attack in Mogadishu, 14 October 2017, a scene of lay rescuer triage.

BACKGROUND: A suicide bomber attack occurred in Somalia's capital city of Mogadishu on October 14, 2017. Over 500 people died, making it the third largest suicide bombing attack in world history. In this study, we aimed to share our experience and to discuss the importance of triage and prehospital care systems. METHODS: These retrospective data included data from patients who suffered from severe explosions. Patient triage was performed using the START (Simple Triage and Rapid Treatment) triage algorithm at the entrance of the hospital. The patients included in the study were classified according to their age, sex, triage code, location of their major injury, department to which they were admitted, and discharge and/or exit status. RESULTS: The patients included 188 (74.6%) males, and the mean age was 30.94 ± 12.23 years (range, 1-80 years). Eighty-six (34.1%) patients were marked with a red code indicating major injury, and 138 (54.8%) patients had superficial injuries. A total of 173 (68.7%) patients were managed in the emergency department (ED), and 7 (2.8%) patients died in the first 24 h. Multiple trauma injuries were detected in 43 (17.1%) patients, and 31 (12.3%) patients were admitted to the orthopedics department. CONCLUSION: Disaster management in a terrorist event requires rapid transport, appropriate triage, effective surgical approaches, and specific postoperative care. In this event, almost all patients were brought to the ED by lay rescuers. Appropriate triage algorithms for the public can be designed; for instance, green code: walking patient; yellow code: patient who is moving and asking for help; red code: unmoving or less mobile patient who is breathing; black code: nonbreathing patient.

Developing Tools to Counteract and Prevent Suicide Bomber Incidents: A Case Study in Value Sensitive Design.

Developers and designers make all sorts of moral decisions throughout an innovation project. In this article, we describe how teams of developers and designers engaged with ethics in the early phases of innovation based on case studies in the SUBCOP project (SUBCOP stands for 'SUicide Bomber COunteraction and Prevention'). For that purpose, Value Sensitive Design (VSD) will be used as a reference. Specifically, we focus on the following two research questions: How can researchers/developers learn about users' perspectives and values during the innovation process? and How can researchers/developers take into account these values, and related design criteria, in their decision-making during the innovation process? Based on a case study of several innovation processes in this project, we conclude the researchers/developers involved are able to do something similar to VSD (without them knowing about VSD or calling it 'VSD'), supported by relatively simple exercises in the project, e.g., meetings with potential end-users and discussions with members of the Ethical Advisory Board of the project. Furthermore, we also found-possibly somewhat counterintuitively-that a commercial, with its focus on understanding and satisfying customers' needs, can promote VSD.

Burn injuries from the london suicide bombings: a new classification of blast-related thermal injuries.

In July 2005, four suicide bombers detonated explosive improvised high explosive devices (IEDs) in three separate underground carriages and a double decker bus in London, resulting in 56 deaths and 775 injured. This study aims to understand the mechanisms and patterns of burn injuries from high explosives, and the related factors that determine mortality. The types and patterns of burn injuries in survivors and fatalities in the confined underground train carriages and the bus were analysed, evaluating injury severity score and the victims' relative position from the detonation point. The data were sourced from collated police witness statements, hospital records, forensic post mortem examinations and forensic examinations at the scene. The detonation of an explosive device in a confined space causes complex injuries to the human body, resulting in blast-related direct thermal and radiant burns. Injury patterns and mortality were related to crowd density, enclosure design, position of the victims and proximity to the device. Suicide bombings using IEDs will result in direct thermal burns and radiant burns currently categorised in the quaternary (miscellaneous) blast injury group. We propose a classification of these burns following an analysis of the London bombing data with respect to burns in both the fatalities and survivors. Distance from the device, crowd density and environment influences these burns.

En juillet 2005, 4 kamikazes faisaient exploser leur engin artisanal dans 3 rames de métro et 1 autobus à impériale de Londres, faisant 56 morts et 775 blessés. Cette étude a pour but d'étudier les mécanismes et la physiopathologie des brûlures liées à une explosion ainsi que d'évaluer les facteurs associés de mortalité. Nous avons analysé le type et la localisation des brûlures, l'ISS selon la position des victimes par rapport à l'épicentre. Les données provenaient des témoignages recueillis par les forces de police, des dossiers médicaux, des autopsies et des analyses de site. Une explosion en milieu clos entraînent des lésions complexes parmi lesquelles des brûlures thermiques directes et par radiation. La topographie des lésions et la mortalité étaient en relation avec la densité humaine, la topographie du volume clos, la position des victimes et leur situation par rapport à l'épicentre. Les brûlures directes et par radiation sont actuellement catégorisées dans les blasts quaternaires. A la suite des attentats londoniens, nous proposons une classification de ces brûlures, influencées par la distance à l'épicentre, la densité humaine et l'environnement.