Australasian Emergency Care最新文献

Background: Vaginal bleeding is a frequent complication in early pregnancy, care that women receive, or lack thereof, can have immediate and long-term consequences. There is a lack of cogent, synthesised evidence on the assessment, interventions, and diagnostics for the management of early pregnancy bleeding in the emergency department (ED). This paper reports the results of a scoping review that identified that examined the literature to clarify concepts and generate a synthesis of the evidence for the assessment, interventions, diagnostics and management of early pregnancy bleeding in the ED.

Methods: Five databases were searched. Practice guidelines and statements were sourced from professional organisations, and online repositories. Three types of data were included: practice guidelines, reviews, and primary research. Data were extracted and collated, and findings were synthesised into a clinical guideline.

Results: A total 122 (of 3602) papers from database searching, and six (of 46) practice guidelines were included. Seventy-seven publications reported on assessment including performing vital observations. Thirty-six reported on interventions including administration of analgesia, and 114 reported on diagnostics, which most (n = 93) recommended use of ultrasound. Few (12 %) of practice statements and guidelines recommended care not based in current evidence. The study yielded an evidence-based practice guideline to be used for initial management of early pregnancy bleeding.

Conclusions: The practice guideline generated by this examination and synthesis of the evidence offers comprehensive, evidence informed recommendations for the initial management of early pregnancy bleeding. Continued research and knowledge translation for initial management of early pregnancy bleeding is needed to reduce variation in emergency care and improve outcomes for women.

Aim: To explore evidence that informs new or non-standard methods for delivery of cardiopulmonary resuscitation (CPR) and basic life support (BLS) that may be used by carers of wheelchair users and assist in the development of an educational intervention.

Material and methods: A scoping review was conducted. Keywords used included cardiac arrest, cardiopulmonary, resuscitation, "basic life support", and special circumstances. In total, 3581 papers were retrieved and 72 full text articles were reviewed with 14 papers meeting the inclusion criteria.

Results: Nine intervention studies, three systematic reviews and two expert opinion papers were included and divided into four broad categories pertaining to how they differed from standard CPR guidelines. The four categories were nontraditional compression techniques, CPR not delivered in a flat position, CPR not delivered on a hard surface and CPR not delivered at floor level.

Conclusion: The scoping review has identified techniques for delivery of CPR and BLS that may be beneficial to wheelchair users. Further research is required to determine applicability and effectiveness.

Introduction: Natural hazards resulting in disasters are increasing globally, impacting communities and disrupting industries. In addition to planning for these natural hazard disasters, emergency departments (EDs) should prepare for chemical, biological, radiological, and nuclear (CBRN) incidents that result in surges of patient presentations. Chemical, biological, radiological, and nuclear incidents differ in preparedness to natural hazards, requiring an understanding of patient management and health system-related challenges.

Methods: This scoping review used the Arksey and O'Malley five-step framework. Manuscripts were retrieved from four databases and search engines using keywords relating to impacts on the ED from real world CBRN event(s). Analysis focused on the characteristics of CBRN event, ED impact, and lessons learnt against four surge capacity domains that including staff, stuff, space, and systems.

Results: A total of 44 paper were included in this review. Most of the incidents were chemical in nature (n = 36/44, 81.8 %). The majority of CBRN incidents were accidental (n = 34/44, 77.3 %). Between 1 and 1470 people (Mdn=56, IQR: 18-228) presented to an ED from each event. Most patients were discharged from the ED, but this was variably reported. Some key lessons related to secondary exposure to ED staff, repurposing spaces, and coordination of CBRN incidents.

Conclusion: With the increasing number of CBRN incidents, strategies to strengthen EDs and limit the impact from a surge in patient presentations are paramount. An understanding of local CBRN risk to inform a top-hazards approach to CBRN preparedness, and the implementation of pre-emptive CBRN clinical pathways is recommended. Additionally, strategies should be implemented to protect staff from the risk of secondary exposure to a CBRN event. These strategies may include adequate education, training, and personal protective equipment for staff.

Background: Orbital compartment syndrome (OCS) is considered a time critical condition that requires urgent surgical decompression to preserve vision. This study aims to evaluate the current clinical criteria for performing a lateral canthotomy and cantholysis (LCC) in the emergency management of suspected traumatic OCS.

Methods: A retrospective audit of patients with suspected traumatic OCS presenting to an adult major trauma centre between January 1, 2017, and August 1, 2022, was performed.

Results: 20 patients with traumatic OCS treated with a LCC were identified. Five patients satisfied the definitive clinical criteria for LCC. The remaining 15 patients received LCC based on secondary clinical findings, or computed tomography (CT) findings suggestive of OCS. 17 patients received non-contrast CT scanning prior to LCC. Of the nine patients noted to regain baseline or close to baseline vision, only one was decompressed within two hours of injury.

Conclusion: Despite OCS being a clinical diagnosis, the signs and symptoms associated with OCS are difficult to elicit on presentation. Seeking imaging should not delay time to decompression when clinical diagnostic criteria are present. However, imaging may have a role in determining the need for orbital decompression where the absolute indications for LCC cannot be adequately assessed.