Emergency medicine journal : EMJ
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Forearm fractures are the most common paediatric injury presenting to A+E.1,2 Literature supports safe and effective treatment of these injuries in A+E using a variety of sedation methods, including ketamine.3,4 The Paediatric Orthopaedic Trauma Snapshot (POTS) study showed that only 35% of A+Es nationally allow manipulation of these injuries in the department. ⋯ With adequate and appropriate training, the majority of simple radius and ulna fractures can be reduced and definitively treated safely and effectively using Es-ketamine in the emergency department. This technique has significant benefits in terms of resource management and finance whilst maintaining optimum patient care.
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A variety of interventions have been proposed to manage rising demand for Emergency and Urgent Care, described by an NHS England review as unsustainable in the long term. However it is unlikely that any suggested approach will be equally suitable for the diverse population of ED users.We aimed to understand the patterns of demand amongst different types of patients attending ED. We also sought to understand the intended and unintended effects of demand management initiatives. Our study combined insights from routine data, a survey of ED patients, and qualitative interviews with ED staff. This paper describes the results of our analysis of the interviews. ⋯ ED staff attribute distinctly different patterns of ED attendance to patients of different age groups, including reasons for attending ED, the route to the ED, and the rate of non-urgent attendance. Given this variation, proposed demand management interventions are likely to impact differently on different age groups, and one solution is unlikely to be optimal for all ages. Therefore a number of different approaches will be needed to manage ED demand among different age groups.
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Closed chest compressions (CCC) are a key component of resuscitation from medical causes of cardiac arrest, but when haemorrhage, the leading cause of preventable battlefield deaths, is the likely cause there is little evidence to support their use. Resuscitation protocols for traumatic cardiac arrest (TCA) highlight the importance of addressing reversible causes, such as the administration of fluids to treat hypovolaemia. This study evaluated whether CCC were beneficial following haemorrhage-induced TCA and additionally whether resuscitation with blood improved physiological outcomes. ⋯ CCC were associated with increased mortality compared to intravenous fluid resuscitation. Resuscitation with whole blood demonstrated the greatest physiological benefit as demonstrated by highest numbers of animals achieving ROSC.
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: The Paediatric Emergency Unit at the University Hospital of Wales provides care for over 33 000 children per year. There was no provision in place to support suddenly bereaved families. Staff felt that we could improve the services provided to families who's children sadly died in the unit. ⋯ Due to the success of this pathway it has been extended to include young adults up to the age of 25 years. The model has also been rolled out across critical care in UHW and is now being used in all emergency department in Wales. This innovative partnership offers immediate support to bereaved families across Wales which has improved care and services provided by the University Health Board.
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Over the last decade, a number of European cities including London, have witnessed high profile terrorist attacks resulting in major incidents with large numbers of casualties. Triage, the process of categorising casualties on the basis of their clinical acuity, is a key principle in the effective management of major incidents.The Modified Physiological Triage Tool (MPTT) is a recently developed primary triage tool which in comparison to existing triage tools, including the 2013 UK NARU Sieve, demonstrates the greatest sensitivity at predicting need for life-saving intervention (LSI) within both military and civilian populations.To improve the applicability and usability of the MPTT we increased the upper respiratory rate threshold to 24 breaths per minute (MPTT-24), to make it divisible by four, and included an assessment of external catastrophic haemorrhage. The aim of this study was to conduct a feasibility analysis of the proposed MPTT-24 (figure 1).emermed;34/12/A860-b/F1F1F1Figure 1MPTT-24 METHODS: A retrospective review of the Joint Theatre Trauma Registry (JTTR) and Trauma Audit Research Network (TARN) databases was performed for all adult (>18 years) patients presenting between 2006-2013 (JTTR) and 2014 (TARN). Patients were defined as priority one (P1) if they had received one or more life-saving interventions.Using first recorded hospital physiology, patients were categorised as P1 or not-P1 by existing triage tools and both MPTT and MPTT-24. Performance characteristics were evaluated using sensitivity, specificity, under and over-triage with a McNemar test to determine statistical significance. ⋯ Basic study characteristics are shown in Table 1. Both the MPTT and MPTT-24 outperformed all existing triage methods with a statistically significant (p<0.001) absolute reduction of between 25.5%-29.5% in under-triage when compared to existing UK civilian methods (NARU Sieve). In both populations the MPTT-24 demonstrated an absolute reduction in sensitivity with an increase in specificity when compared to the MPTT. A statistically significant difference was observed between the MPTT and MPTT-24 in the way they categorised TARN and JTTR cases as P1 (p<0.001).emermed;34/12/A860-b/T1F2T1Table 1Study characteristicsemermed;34/12/A860-b/T2F3T2Table 2Performance analysis CONCLUSION: Existing UK methods of primary major incident triage, including the NARU Sieve, are not fit for purpose, with unacceptably high rates of under-triage. When compared to the MPTT, the MPTT-24 allows for a more rapid triage assessment and continues to outperform existing triage tools at predicting need for life-saving intervention. Its use should be considered in civilian and military major incidents.