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Objective: To determine factors associated with increased response readiness to CBRN threats of paramedics in Ontario, Canada. Methods: An internet-based survey was distributed via email and delivered at the start of each shift presentation during October, 2019. The target population was active-duty paramedics in the Ontario region of Canada. The survey was comprised of 6 sections pertaining to demographics, attitudinal components of risk perception, self-efficacy, deployment concerns, and resilience. Survey mean, univariate, and multivariate regression analyses were used to find the individual effect of each variable. Results: The univariate analysis indicated that higher response readiness was associated with additional training, education, CBRN, and family concerns, and incident experience. However, some variables were non-significant in the multivariate analysis. Increased response readiness was associated with CBRN concerns and training. Conclusion: CBRN concerns and focused training regarding terrorism were both associated with increased response readiness. The information from the study can be used to build upon existing knowledge and support paramedics though training and preparation for CBRN specific disasters. The findings may also be used to improve current competency-based frameworks focused on response readiness.

On 25 April 2015, a 7.8 magnitude earthquake struck Nepal, causing huge damage. Many countries and international organisations such as the United Nations started monitoring the situation and offere...

OBJECTIVE: Examine the impact of setting on the magnitude and pattern of civilian injuries from terrorist explosions. This may help surgical staffs anticipate the resources required to treat victims of terrorist attacks. METHODS: A retrospective study of 823 patients from 65 explosive events of the Second Intifada (2000-2005) in the National Trauma Registry. After verification all the events were divided into 5 categories: explosions inside buildings (CS), explosions near buildings (SO), explosions inside buses (IB), explosions near buses (AB), and explosions in an open space (OS). The categories were then compared in terms of sustained injuries, utilization of hospital resources and clinical outcomes. RESULTS: CS and IB scenarios were found to cause the most severe injuries, demanded the most hospital resources and had the worst outcomes, but had several important differences in injury profiles. AB setting proved to be a stand-alone scenario with the lowest severity, possibly due to protection provided to the passengers by the bus. The high volume of blast injuries in SO scenario supports the idea that the explosion wave could be reflected onto the people standing outside a building next to its wall. OS patients had the lowest proportion of blast trauma and burns. CONCLUSIONS: The existing taxonomy of terrorist bombings, which distinguishes explosions in open spaces from those occurring in closed environments, does not fully differentiate patterns of injury that follow blasts in intermediate environments. Expanding the framework from 2 categories to 5 appears to provide greater precision and may be clinically useful to health care providers. Language: en

BACKGROUND: The escalation of global terrorist attacks has resulted in a rise of traumatic injuries. Planning for mass casualty incidents (MCIs) is critical to decrease the morbidity and mortality that ensues after large-scale terrorist attacks. This study provides criteria for the management of burn victims following large-scale disasters. METHODS: Mass casualty outcomes from three disasters involving commercial aircraft crashes were analyzed. The three events included the El-Al cargo Aircraft crash near the Amsterdam Schiphol Airport in 1992, the World Trade Center attacks in New York and the attack against the Pentagon in Washington, DC on 9/11/01. RESULTS: Using the data obtained from these events, the severity of injuries in patients were determined. The result is a general template that may be customized with locally or regionally specific data, in order to evaluate the preparedness of a specific burn alignment for such a scenario. CONCLUSION: Recommendations based on the analysis of previous MCI's were put forth. Based on the needs recognized during these past events, suggestions were made to enhance the preparedness of burn units, hospitals and national agencies as well as municipal authorities. Language: en

This paper seeks to understand evacuation behaviour in a case of spontaneous evacuation. During the Second Lebanon War of 2006, more than one-third of residents in north Israel spontaneously evacuated--the remainder stayed in situ. Using a telephone survey of 665 respondents residing in north Israel, we were able to characterise the behaviour of evacuees and non-evacuees. The main reasons cited for evacuating were fear of injury to self or family, the effect on children, inability to remain in a protective space, and family pressure. The main reasons cited for remaining at home were no suitable alternative, did not perceive a high level of danger, had to go to work, and there is no place like home. There were no significant differences with regard to most socio-demographic characteristics of the population. These findings should aid emergency managers in preparing the population for a future emergency and in engaging in effective dialogue with the population during an emergency on the evacuation option.

Study objective The potential of infectious disease spread in diseases such as tuberculosis, infectious disease epidemic such as avian flu and the threat of terrorism with agents capable of airborne transmission have focused attention on the need for increased surge capacity for patient isolation. Total negative pressure isolation using portable bioisolation tents may provide a solution. The study assesses the ability of health care workers to perform emergency procedures in this environment. Methods Physician performance in completing predetermined critical actions in 5 emergency care scenarios inside and outside of a bioisolation tent ("setting") was studied in an advanced medical simulation laboratory. By design, no pretraining of subjects about total negative pressure isolation use occurred. Impact of setting on time to completion of predetermined critical actions was the primary outcome measured. Secondary variables studied included impact of study groups, scenarios, and run order (inside or outside of the tent first). Subjective assessments were obtained through questionnaires. Results Four teams of 3 physicians completed 5 emergency patient care scenarios during 2 4-hour sessions. Mean time to completion of critical actions was for tent/no tent 298 seconds/284 seconds (P=.69, one way ANOVA), respectively. Mean time to completion for first versus second performance of a scenario in the crossover design was 338 versus 243 (P=.01). The mean score for self-assessed performance did not differ according to setting. Conclusion The ability of physicians naive to the total negative pressure isolation environment to perform emergency medical critical actions was not significantly degraded by a simulated bioisolation tent patient care environment.