Emergency medicine journal : EMJ
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CLINICAL INTRODUCTION: A 29-year-old keen parachutist presented to the emergency services in Cyprus complaining of sudden-onset facial flushing, dizziness and a widespread rash. The episode began on a hot day, 1 hour after she had eaten a breakfast of tinned tuna, and while she was ascending in an aircraft to parachute from 10 000 ft. She completed her jump uneventfully. She had no significant medical history (figure 1).emermed;35/3/184/F1F1F1Figure 1Patient's legs on presentation; this rash was generalised.
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To identify differences in prevalence, demographics, clinical features and outcomes for type 1 myocardial infarction (T1MI) and type 2 myocardial infarction (T2MI) in a cohort of patients presenting to the Emergency Department (ED) with chest pain. ⋯ T2MIs comprised one quarter of all MIs diagnosed in the ED. Among patients presenting to the ED with symptoms of ACS, symptoms do not allow clinicians to reliably differentiate patients with T1MI and T2MI. Prior hypertension, tachycardia and abnormal non-ischaemic ECGs are seen more often in T2MI compared with T1MI. One-year mortality was substantial in patients with T1MI and T2MI, but low power precludes conclusions about mortality differences between groups.
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Observational Study
What do emergency physicians in charge do? A qualitative observational study.
The emergency physician in charge role has developed in many large EDs to assist with patient flow. We aimed to describe and classify the problem-solving actions that this role requires. ⋯ Emergency physicians in charge have a number of problem-solving approaches that can be readily defined. We have described and categorised these. These results are potentially useful for developing decision support software.
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Editorial Historical Article
How can emergency physicians harness the power of new technologies in clinical practice and education?
As the Royal College of Emergency Medicine looks back on 50 years of progress towards the future it is clear that new and emerging technologies have the potential to substantially change the practice of emergency medicine. Education, diagnostics, therapeutics are all likely to change as algorithms, personalised medicine and insights into complexity become more readily available to the emergency clinician. This paper outlines areas of our practice that are already changing and speculates on how we might need to prepare our workforce for a technologically enhanced future.