Emergency medicine journal : EMJ
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Appropriate activation of multi-disciplinary trauma teams improves outcome for severely injured patients, but can disrupt normal service in the rest of the hospital. Derriford Hospital uses a two-tiered trauma team activation system. The emergency department (ED) trauma team is activated in response to a significant traumatic mechanism; the hospital trauma team is activated when this mechanism co-exists with physiological abnormality or specific anatomical injury. The aim of this study was to compare characteristics, process measures and outcomes between patients treated by ED or hospital trauma teams to evaluate the approach in a UK setting and to estimate any cost savings involved. Figure 1 outlines the composition and activation criteria of the teams. Abstract 014 Figure 1(a) ED trauma team activation and (b) Hospital trauma team activation. ⋯ A two-tiered trauma team activation system is an efficient, safe and cost-effective way of dealing with trauma patients presenting to a Major Trauma Centre in the UK.
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There is limited epidemiological data for allergy Emergency Department (ED) presentations. Following recent launch of NICE guidelines and World Allergy Organisation (WAO) severity descriptions we investigated the epidemiology, management and outcomes of allergy patients presenting to a single ED. ⋯ NICE guidelines were not consistently followed but this did not seem to result in measurable short terms complications. A significant number of patients had a known precipitant.
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Admissions to the Emergency Department with chest pain constitute a significant proportion of the work-load. In England it represents 6% of all Emergency Department (ED) attendances. These attendances translate to accounting for approximately 25% of acute medical admissions. One method of excluding myocardial infarction is the use of a rapid point of care Triple Cardiac Marker test. This allows testing at time point 0 and 90 minutes and negates the need for a delayed troponin. One of the markers, myoglobin, has a high sensitivity but low specificity. If there is a 25% rise in myoglobin between two tests then it is considered a positive result. The patient then requires a 12-hour troponin. Locally, there was concern over the value of including myoglobin in the triple test as it was felt that it lead to inappropriate admissions. ⋯ The use of myoglobin in the triple test does appear to be appropriate for the local population. There is a significant short-coming in the application of the triple test that is putting patients at risk of an adverse outcome. The current chest pain proforma as it stands does not appear to prevent inappropriate discharges.
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WHO ETAT training courses provide comprehensive training in paediatric emergency care over 3.5-5 days and have been shown to improve outcome in resource-limited settings. However, the logistics, cost and impact on local service delivery of a five-day course may limit training opportunities in some settings. In this context, we aimed to determine whether a shorter, more focused course would be feasible. ⋯ 'Essential ETAT' was well received by participants and improvements in post-course test scores compared well to results from standard ETAT courses. Further evaluation is required to indicate whether knowledge is retained and changes clinical practice. Focused, short duration resuscitation training may offer a pragmatic and potentially cost-effective alternative to standard courses.
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A capacity for field-level medical assistance for people exposed to chemical, biological, radiological or nuclear (CBRN) agents or medical support for people potentially exposed to these agents is intrinsically linked to the overall risk management approach adopted by the International Committee of the Red Cross (ICRC) for an international humanitarian response to a CBRN event. This medical assistance articulates: ▸the characteristics of the agent concerned (if known) ▸the need for immediate care particularly for people exposed to agents with high toxicity and short latency ▸the imperative for those responding to be protected from exposure to the same agents. This article proposes two distinct capacities for medical assistance--CBRN field medical care and CBRN first aid--that take the above into account and the realities of a CBRN event including the likelihood that qualified medical staff may not be present with the right equipment. ⋯ Training of those who will undertake CBRN field medical care and CBRN first aid must include: ▸knowledge of CBRN agents, their impact on health and the corresponding toxidromes ▸skills to use appropriate equipment ▸use of appropriate means of self-protection ▸an understanding of the additional complexities brought by the need for and interaction of triage, transfer and decontamination. The development of CBRN field medical care and CBRN first aid continues within the ICRC while acknowledging that the opportunities for learning in real situations are extremely limited. Comments from others who work in this domain are welcome.