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Emergency medicine

Emergency department presentations in Queensland by First Nations people, remote residents, and young children during the COVID‐19 pandemic, 2020: interrupted time series analysis

Emergency department presentations in Queensland by First Nations people, remote residents, and young children during the COVID-19 pandemic, 2020: interrupted time series analysis

Amy L Sweeny · Gerben B Keijzers · Dinesh Palipana · John Gerrard · Julia L Crilly

Mja2 53231
Endocrinology Guideline summary 13 November 2023 Open Access

Australian evidence‐based guidelines for the prevention and management of diabetes‐related foot disease: a guideline summary

Despite the large national DFD burden, Australian regions implementing guideline-based care have demonstrated large reductions in their regional DFD burdens and costs

Peter A Lazzarini · Anita Raspovic · Jenny Prentice · Robert J Commons · Robert A Fitridge · James Charles · Jane Cheney · Nytasha Purcell · Stephen M Twigg

Mja2 52136
Emergency medicine Research 21 August 2023 Open Access

Hospitalisations and in‐hospital deaths following moderate to severe traumatic brain injury in Australia, 2015–20: a registry data analysis for the Australian Traumatic Brain Injury National Data (ATBIND) project

More effective care strategies are required to reduce the burden of TBI, particularly among younger men

Gerard M O'Reilly · Kate Curtis · Biswadev Mitra · Yesul Kim · Afsana Afroz · Kate Hunter · Courtney Ryder · Delia V Hendrie · Nick Rushworth · Jin Tee · Shane D'Angelo · Emma Solly · Oashe Bhattacharya · Mark C Fitzgerald · Gerard M O'Reilly · Kate Curtis · Biswadev Mitra · Yesul Kim · Afsana Afroz · Kate Hunter · Courtney Ryder · Delia V Hendrie · Nick Rushworth · Jin Tee · Shane D'Angelo · Emma Solly · Oashe Bhattacharya · Mark C Fitzgerald

Mja2 52055
Emergency medicine Research 5 June 2023 Open Access

The characteristics of SARS‐CoV‐2‐positive children in Australian hospitals: a PREDICT network study

Most children with COVID-19 can be cared for adequately in primary care, relieving the demand for emergency department services

Laila Ibrahim · Catherine Wilson · Doris Tham · Mark Corden · Shefali Jani · Michael Zhang · Amit Kochar · Ker Fern Tan · Shane George · Natalie T Phillips · Paul Buntine · Karen Robins‐Browne · Vimuthi Chong · Thomas Georgeson · Anna Lithgow · Sarah Davidson · Sharon O'Brien · Viet Tran · Franz E Babl

Mja2 51934
Cardiovascular diseases Letters 20 March 2023 Open Access

Historic breakthrough for public access defibrillation in Australia

To the Editor: Over 26000 Australians experience out‐of‐hospital cardiac arrest (OHCA) each year, with almost nine in ten of these patients not surviving to hospital discharge or 30 days.1 Although it is known that swift defibrillation increases the possibility of patient survival in these situations, and that initial defibrillation by first responders (regardless of training) is associated with greater survival than initial defibrillation by emergency medical services,2 in Australia, less than 2% of OHCA cases receive defibrillation by a bystander.1 It is likely that this is driven by the limits to publicly accessible automated external defibrillators (AEDs) in Australian communities.3 On 30 November 2022, South Australia took a major step to deal with this problem and reduce death from OHCA. The SA Parliament passed the Automated External Defibrillators (Public Access) Bill 2022,4 making SA the first state or territory in Australia, and one of few in the world, to mandate the public provision of AEDs. The legislation, introduced by Member of the Legislative Council, the Hon Frank Pangallo of the SA‐BEST party, had bipartisan political support and backing from various organisations, and follows a recent public health campaign to install AEDs in Adelaide. The Bill will come into effect for government and public buildings in 2025 and a variety of private buildings in 2026, with awareness campaigns, grant programs, and communication with organisations being the focus of the interim period. The expected cost to the SA government of $7.2 million across four years is weighed against the $2 billion gross domestic product loss that Australia incurs annually as a result of sudden cardiac arrest.5 The health and economic benefits of public access defibrillation to Australian society are large. For the benefit of all Australians, other states and territories should follow the example set by SA and move to implement similar laws mandating the public availability of AEDs in their communities.

Joshua G Kovoor · Gregory J Page · Pramesh Kovoor

Mja2 51855
Emergency medicine Letters 20 February 2023 Open Access

The influence of ambulance offload time on 30‐day risks of death and re‐presentation for patients with chest pain

To the Editor: We applaud the authors for comparing ambulance offload times with mortality and re‐presentation rates for patients presenting with chest pain.1 However, the model employed by the authors fails to account for the independent impacts of access block and emergency department (ED) overcrowding on poor outcomes and thus risks overemphasising the influence of ramping. There is clear evidence that ED overcrowding and access block are associated with worse patient outcomes, including increased mortality, re‐presentation rates and ambulance offload times.2,3,4,5 This could explain many of the study's findings: ramping is the symptom, ED overcrowding and access block are the disease. Secondly, there are fundamental differences between tertiles 1 and 3 that have not been addressed. The patients in tertile 1 are more likely to have been offloaded straight into the waiting room, a common procedure in most EDs, whereas patients in tertile 3 would not, potentially due to poor mobility, dementia, or being assessed as requiring significant cardiorespiratory monitoring. For this reason, patients in tertile 1 would be expected to have better outcomes than those in tertile 3. The article adjusts for the presence of eight comorbid conditions but not their severity. Furthermore, the incidence of each individual comorbid condition was marginally higher in tertile 3, and although individually not statistically significant, the cumulative impact of multiple comorbid conditions would be higher in tertile 3, which could confound the results. The study's use of the Charlson index is limited, as it only uses the identified eight comorbid conditions. The Charlson index also includes dementia, hemiplegia, heart failure, liver disease, and cancer; these are not measured in the study and would all contribute to offload delays and worsened outcomes. Lastly, without including patients presenting via private transport with chest pain, and in the absence of any measures of ED overcrowding and access block, the analysis of patients presenting with chest pain remains incomplete. That ED overcrowding and access block, evidenced by ambulance offload delays, is associated with worsened outcomes is well known. Unfortunately, focusing on the symptom of ambulance ramping, rather than the disease of ED overcrowding and access block, risks leading to ill‐informed policy decisions and ineffective solutions.

James L Mallows · Bridget Honan · Sierra Beck

Mja2 51812

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