Exsanguination from a femoral artery wound can occur in sec-onds and may be encountered more often due to increased use of body armor. Some military physicians teach compression of the distal abdominal aorta (Abdominal Aorta) with a knee or a fist as a temporizing measure.

The objective of this study was to evaluate if complete collapse of the Abdominal Aorta was feasible and with what weight it occurs.

This was a prospective, interventional study at a Level-I, academ-ic, urban, emergency department with an annual census of 80,000 patients. Written, informed consent was obtained from nine male volunteers after Institutional Research Board approval. Any patient who presented with abdominal pain or had undergone previous abdominal surgery was excluded from the study. Subjects were placed supine on the floor to simulate an injured soldier. Various dumbbells of increasing weight were placed over the distal Abdominal Aorta, and pulsed-wave Doppler measurements were taken at the right common femoral artery (CFA). Dumbbells were placed on top of a tightly bundled towel roughly the surface area of an adult knee. Flow measurements at the CFA were taken at increments of 20 pounds. This was repeated with weight over the proximal right artery iliac and distal right iliac artery to eval- uate alternate sites. Descriptive statistics were utilized to evaluate the data.

The mean velocity through the CFA was 75.8 cm/ sec at 0 pounds. Compression of the Abdominal Aorta ranging 80 to 140 pounds resulted in no flow in the CFA. A steady decrease in mean flow velocity was seen starting with 20 pounds. Flow velocity decreased more rapidly with compression of the prox- imal right iliac artery, and stopped in all nine volunteers by 120 pounds of pressure. For all nine volunteers, up to 80 pounds of pressure over the distal iliac artery failed to decrease CFA flow velocity, and no subject was able to tolerate more weight at that location.

Flow to the CFA can be stopped completely with pressure over the distal Abdominal Aorta or proximal iliac artery in catastrophic wounds. Compression over the proximal iliac artery worked best, but a first responder still may need to apply upward of 120 pounds of pressure to stop exsanguination.

The purpose of this study is to report the incidence of landmine injuries during peacetime in a European country.

Forty victims of landmine explosions were admitted to Didimoticho General Hospital in Greece, from December 1988 to March 2003. A total of 19 people survived (47.5%) these events; all of the others were dead upon admission to the hospital. All of the victims were men, either suspected smugglers or migrants entering the country illegally, with an aver- age of 30 years (range: 15–56 years).

Most victims presented in groups, with multiple traumatic injuries, including lower extremity wounds. The mortality rate in the minefield prior to hospital admission was 52.5%, and the amputation rate for the survivors was 37%. There were no deaths of the patients admitted to the hospital.

Landmines cause highenergy injuries with high mortality and amputation rates. Illegal migrants are the main victims of landmine explosions in Greece.

During October and November 2005, the National Norwegian Tsunami Support Association organized a journey to the disaster area for survivors. The aim of this study was to investigate whether the Tsunami affected the participants' psychological problems.

Twenty-nine adults and 19 children made the journey. Steps were taken to enable each individual to acquire an overall understanding of the catastrophic event. Various forms of antiphobic training were provided. At the end of the stay, 28 adults replied to a questionnaire. The questions concerned: (1) motives for traveling; (2) benefits experienced; (3) psychological problems before departure; and (4) problems at the end of the stay. Parents with children were asked to assess their children's psychological problems at the same points in time.

Considerable improvements in anxiety symptoms were reported and observed in both the adults and children. No certain cases of retraumatization occurred.

The improvements can be understood in the light of psychodynamic, cognitive, and behavioral theory approaches. The duration of the improvement in symptoms remains to be documented. There appears to be grounds for encouraging traumatized patients to return to a disaster area as part of the treatment process if they so wish.

Quarantelli established criteria for evaluating the effectiveness of disaster management.

The objectives of this study were to analyze the response of the healthcare system to the Tsunami disaster according to the Quarantelli principles, and to validate these principles in a scenario of a disaster due to natural hazards.

The Israeli Defense Forces (IDF) Home Front Command Medical Department sent a research team to study the response of the Thai medical system to the disaster. The analysis of the disaster management was based on Quarantelli's 10 criteria for evaluating the management of community disasters. Data were collected through personal and group interviews.

The three most important elements for effective disaster management were: (1) the flow of information; (2) overall coordination; and (3) leadership. Although pre-event preparedness was for different and smaller scenarios, medical teams repeatedly reported a better performance in hospitals that recently conducted drills.

In order to increase effectiveness, disaster management response should focus on: (1) the flow of information; (2) overall coordination; and (3) leadership.

Disaster preparedness is an area of major concern for the medical community that has been reinforced by recent world events. The emergency healthcare system must respond to all types of disasters, whether the incidents occur in urban or rural settings. Although the barriers and challenges are different in the rural setting, common areas of preparedness must be explored.

This study sought to answer several questions, including: (1) What are rural emergency medical services (EMS) organizations training for, compared to what they actually have seen during the last two years?; (2) What scale and types of events do they believe they are prepared to cope with?; and (3) What do they feel are priority areas for training and preparedness?

Data were gathered through a multi-region survey of 1,801 EMS organizations in the US to describe EMS response experiences during specific incidents as well as the frequency with which these events occur. Respondents were asked a number of questions about local priorities.

A total of 768 completed surveys were returned (43%). Over the past few years, training for commonly occurring types of crises and emergencies has declined in favor of terrorism preparedness. Many rural EMS organizations reported that events with 10 or fewer victims would overload them. Low priority was placed on interacting with other non-EMS disaster response agencies, and high priority was placed on basic staff training and retention.

Maintaining viable, rural, emergency response capabilities and developing a community-wide response to natural or man-made events is crucial to mitigate long-term effects of disasters on a local healthcare system. The assessment of preparedness activities accomplished in this study will help to identify common themes to better prioritize preparedness activities and maximize the response capabilities of an EMS organization.

Since the terrorist attacks of 11 September 2001, the amount of terrorism preparedness training has increased substantially. However, gaps continue to exist in training for the mental health casualties that result from such events. Responders must be aware of the mental health effects of terror-ism and how to prepare for and buffer these effects. However, the degree to which responders possess or value this knowledge has not been studied.

Multi-disciplinary terrorism preparedness training for healthcare professionals was conducted in Kansas in 2003. In order to assess knowledge and attitudes related to mental health preparedness training, post-test surveys were provided to 314 respondents 10 months after completion of the training. Respondents returned 197 completed surveys for an analysis response rate of 63%.

In general, the results indicated that respondents have knowledge of and value the importance of mental health preparedness issues. The respon-dents who reported greater knowledge or value of mental health preparedness also indicated significantly higher ability levels in nationally recognized bioterrorism competencies (p <0.001).

These results support the need for mental health components to be incorporated into terrorism preparedness training. Further studies to determine the most effective mental health preparedness training content and instruction modalities are needed.

The objectives of this study were to determine the clinical characteristics of patients who presented to the Reanimation Unit (RU) of a second-level hospital during one year, and the number and type of emergency procedures performed.

A cross-sectional study was designed that enrolled all patients >15 years of age who presented to the RU from 01 January through 31 December 2003. The age, gender, diagnosis, site of origin, and disposition of each patient was recorded, as well as the distribution by time of day, the number and type of emergency procedures performed, complications, and mortality rate.

Of the 3,741 patients enrolled in the study, 57.0% were male; predominantly 41–50 years old (20%). Most patients presented to the RU from their homes during the afternoon.There were 60 different admission diagnoses: more of the emergencies were for medical than for traumatic emergencies. The predominant pathologies were bronchospasm, hypertensive crisis, and upper gastrointestinal bleeding. Initially, patients either were admitted to the observation unit, the consulting office for the emergency department, or the intensive care unit. There were a total of 2,753 emergency procedures performed: orotracheal intubations were the most common, followed by installation of a catheter into the central venous circulation. Of all of the patients admitted to the RU, 31% were not insured.

There exists a remarkable combination between medical and traumatic emergencies, which is not encountered frequently in other second level-hospitals in Mexico City. A high proportion of the patients who received medical attention were not insured and there were a large number of emergency invasive procedures performed.

In Australia, cardiac arrest kills 142 out of every 100,000 people each year; with only 3–4% of out-of-hospital patients with cardiac arrest in Melbourne surviving to hospital discharge. Prompt initiation of cardiopulmonary resuscitation (CPR), defibrillation, and advanced cardiac care greatly improves the chances of survival from cardiac arrest. A critical step in survival is identifying by the emergency ambulance dispatcher potential of the probability that the person is in cardiac arrest. The Melbourne Metropolitan Ambulance Service (MAS) uses the computerized call-taking system, Medical Priority Dispatch System (MPDS), to triage incoming, emergency, requests for ambulance responses. The MPDS is used in many emergency medical systems around the world, however, there is little published evidence of the system's efficacy.

This study attempts to undertake a sensitivity/specificity analysis to determine the ability of MPDS to detect cardiac arrest.

Emergency ambulance dispatch records of all cases identified as suspected cardiac arrest by MPDS were matched with ambulance, patient-care records and records from the Victorian Ambulance Cardiac Arrest Registry to determine the number of correctly identified cardiac arrests. Additionally, cases that had cardiac arrests, but were not identified correctly at the point of call-taking, were examined. All data were collected retrospectively for a three-month period (01 January through 31 March 2003).

The sensitivity of MPDS in detecting cardiac arrest was 76.7% (95% confidence interval (CI): 73.6%–79.8%) and specificity was 99.2% (95% CI: 99.1–99.3%). These results indicate that cardiac arrests are correctly identified in 76.7% of cases.

Although the system correctly identified 76.7% of cardiac arrest cases, the number of false negatives suggests that there is room for improvement in recognition by MPDS to maximize chances for survival in out-of-hospital cardiac arrest. This study provides an objective and comprehensive measurement of the accuracy of MPDS cardiac-arrest detection in Melbourne, as well as providing a baseline for comparison with subsequent changes to the MPDS.

After the Volendam fire, a multidisciplinary, integral evaluation, called the Medical Evaluation of the Disaster in Volendam (MERV), was established. This article is a discussion of disaster research methodology. It describes the organizational framework of this project and the methodological problems.

A scientific steering group consisting of members from three hospitals prepared and guided the project. A research team wrote the final study protocol and performed the study. The project was funded by the Ministry of Health. The study protocol had a modular design in which each of the modules focused on one specific area or location. The main questions for each location were: (1) which treatment protocols were used; (2)what was the condition of the patient; and (3) was medical care provided according to existing protocols. After the fire, 241 victims were treated in hospitals; they all were included in the study. Most of the victims had burn injuries, and approximately one-third suffered from inhalation injury. All hospitals and ambulance services involved were visited in order to collect data, and interviewers obtained additional information. The government helped obtain permission for data-collection in three of the hospitals. Over 1,200 items of information about each patient and >200,000 total items were collected. During data processing, the data were re-organized, categorized, and presented in a uniform and consistent style. A cross-sectional site analysis and a longitudinal patient analysis were conducted. This was facilitated by the use of several sub-data-bases. The modular approach made it possible to obtain a complete overview of the medical care provided. The project team was guided by a multidisciplinary steering group and the research was performed by a research team. This enabled the research team to focus on the scientific aspects.

The evaluation of the Volendam fire indicates that a project approach with a modular design is effective for the analysis of complex incidents. The use of several sub-databases makes it easy to combine findings and conduct cross-sectional and longitudinal analyses. The government played an important role in the funding and support of the project. To limit and structure data collection and analysis, a pilot study based on several predefined main questions should be conducted. The questions then can be specified further based on the availability of data.

Recent events have brought disaster medicine into the public focus. Both the government and communities expect hospitals to be prepared to cope with all types of emergencies. Disaster simulations are the traditional method of testing hospital disaster plans, but a recent, comprehensive, literature review failed to find any substantial scientific data proving the benefit of these resource and time-consuming exercises.

The objective of this study was to test the hypothesis that an audiovisual presentation of the hospital disaster plans followed by a simulated disaster exercise and debriefing improved staff knowledge, confidence, and hospital preparedness for disasters.

A survey of 50 members of the medical, nursing, and administrative staff were chosen from a pool of approximately 170 people likely to be in a position of responsibility in the event of a disaster.The pre-intervention survey tested factual knowledge as well as perceptions about individual and departmental preparedness. Post-intervention, the same 50 staff members were asked to repeat the survey, which included additional questions establishing their involvement in the exercise.

There were 50 pre-intervention tests and 42 post-intervention tests. The intervention resulted in a significant improvement in test pass rate: preintervention pass rate 9/50 (18%, 95% confidence interval ((CI) = 16.1–19.9%) versus post-intervention pass rate 21/42 (50%, 95% CI = 42.4–57.6%; X2 test, p = 0.002). Emergency department (ED) staff had a stronger baseline knowledge than non-ED staff: ED pre-test mean value for scores = 12.1 versus nonED scores of 6.2 (difference 5.9, 95% CI = 3.3–8.4); t-test, p <0.001. Those that attended >1 component had a greater increase in mean scores: increase in mean attendees was 5.6, versus the scores of non-attendees of 2.7 (difference 2.9, 95% CI = 1.0–4.9); t-test, p = 0.004. There was no significant increase in the general perception of preparedness. However, the majority of those surveyed described the exercise of benefit to themselves (53.7%,95% CI = 45.5–61.8%) and their department (63.2%, 95% CI = 53.5–72.8%).

The disaster exercise and educational process had the greatest benefit for individuals and departments involved directly. The intervention also prompted enterprise-wide review, and an upgrade of disaster plans at departmental levels. Pre-intervention knowledge scores were poor. Post-intervention knowledge base remained suboptimal, despite a statistically significant improvement. This study supports the widely held belief that disaster simulation is a worthwhile exercise, but more must be done. More time and resources must be dedicated to the increasingly important field of hospital disaster preparedness.