Emergency medicine Australasia : EMA
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Emerg Med Australas · Oct 2024
Making the most of what we have: What does the future hold for Emergency Department data?
Over 10 million ED visits occur each year across Australia and Aotearoa New Zealand. Outside basic administrative data focused on time-based targets, there is minimal information about clinical performance, quality of care, patient outcomes, or equity in emergency care. ⋯ The present paper outlines a proposal for a National Acute Care Secure Health Data Environment, including design, possible applications, and the steps taken to date by the Australasian College for Emergency Medicine ED Epidemiology Network in collaboration with the College of Emergency Nursing Australasia. Optimal use of the existing information collected routinely during clinical care of emergency patients has the potential to enable data-driven quality improvement and research, leading to better care and better outcomes for millions of patients and families each year.
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Emerg Med Australas · Oct 2024
Post-lockdown burden of road injury involving hospitalisation in Victoria, Australia: A statewide, population-based time series analysis.
Ever since COVID-19, short-term changes in transport injury patterns have been observed. The aim is to examine both the initial and the enduring impact of government lockdown and the pandemic on road injuries requiring hospitalisation and road fatalities. ⋯ Road injury requiring hospitalisation decreased significantly during governmental lockdown and has returned to three-quarters of pre-pandemic levels (except bicyclist injuries that have remained constant), but there is an increasingly disproportionate number of fatalities. This represents a new baseline of injury burden for EDs and hospitals that manage trauma patients.
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Emerg Med Australas · Oct 2024
ReviewPractical strategies for caring for patients with functional neurological disorder in the ED.
Functional Neurological Disorder (FND) presents unique challenges in the emergency department (ED), where patients often arrive with varied and vague symptoms that can be difficult to address. This article provides practical strategies for effectively managing and supporting FND patients in the ED, emphasizing a compassionate, systematic approach, tailored treatments, appropriate use of investigations, and ensuring continuity of care. Key principles include clear communication of the diagnosis, preventing iatrogenic harm, and facilitating appropriate referrals for follow-up care. ⋯ A low threshold for investigating potential comorbid neurological conditions should be maintained when patients present to ED, especially in cases of unclear diagnoses or acute presentations, while avoiding repetitive testing that may reinforce illness behaviour. Managing FND in the ED requires a patient-centered, multidisciplinary approach. By adopting these strategies, health professionals can improve outcomes and support patients in managing their condition effectively.
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Emerg Med Australas · Oct 2024
Evaluating the effectiveness of the maximum permitted dose of midazolam in seizure termination: Insights from New South Wales, Australia.
Out-of-hospital seizures demand rapid management. Midazolam plays a key role in stopping seizures. At times the first dose of midazolam proves insufficient, necessitating additional doses. Within the New South Wales Ambulance (NSWA) service, the upper limit for midazolam administration is set at 15 mg. However, the outcomes and safety of using midazolam at this maximum dosage have not been thoroughly investigated. ⋯ In New South Wales, Australia, administering the maximum dose of midazolam to seizure patients is rare but proves effective in approximately half of the refractory seizure cases. Therefore, assessing the potential for additional doses of midazolam or the use of a second-line agent is advisable.
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Emerg Med Australas · Oct 2024
Cost-effectiveness analysis of an ambulance service-operated specialised cardiac vehicle with mobile extracorporeal cardiopulmonary resuscitation capacity for out-of-hospital cardiac arrests in Queensland, Australia.
Extracorporeal CPR (E-CPR) has been primarily limited to the in-hospital setting. A few systems around the world have implemented pre-hospital mobile E-CPR in the form of a dedicated cardiac vehicle fitted with specialised equipment and clinicians required for the performance of E-CPR on-scene. However, evidence of the outcomes and cost-effectiveness of mobile E-CPR remain to be established. We evaluated the cost-effectiveness of a hypothetical mobile E-CPR vehicle operated by Queensland Ambulance Service in the state of Queensland, Australia. ⋯ Pre-hospital E-CPR may be cost-effective. Successful implementation of a pre-hospital E-CPR programme requires substantial planning, training, logistics and operational adjustments.