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Background and purpose: The Registry of Stroke Care Quality (RES‐Q) is a worldwide quality improvement data platform that captures performance and quality measures, enabling standardized comparisons of hospital care. The aim of this study was to determine if, and how, RES‐Q data are used to influence stroke quality improvement and identify the support and educational needs of clinicians using RES‐Q data to improve stroke care. Methods: A cross‐sectional self‐administered online survey was administered (October 2021–February 2022). Participants were RES‐Q hospital local coordinators responsible for stroke data collection. Descriptive statistics are presented. Results: Surveys were sent to 1463 hospitals in 74 countries; responses were received from 358 hospitals in 55 countries (response rate 25%). RES‐Q data were used "always" or "often" to: develop quality improvement initiatives (n = 213, 60%); track stroke care quality over time (n = 207, 58%); improve local practice (n = 191, 53%); and benchmark against evidence‐based policies, procedures and/or guidelines to identify practice gaps (n = 179, 50%). Formal training in the use of RES‐Q tools and data were the most frequent support needs identified by respondents (n = 165, 46%). Over half "strongly agreed" or "agreed" that to support clinical practice change, education is needed on: (i) using data to identify evidence–practice gaps (n = 259, 72%) and change clinical practice (n = 263, 74%), and (ii) quality improvement science and methods (n = 255, 71%). Conclusion: RES‐Q data are used for monitoring stroke care performance. However, to facilitate their optimal use, effective quality improvement methods are needed. Educating staff in quality improvement science may develop competency and improve use of data in practice. [ABSTRACT FROM AUTHOR]

Background: The role of stroke nurses in patient selection and administration of recombinant tissue plasminogen activator (rt‐PA) for acute ischaemic stroke is evolving. Objectives: To compare differences in stroke nurses' practices related to rt‐PA administration in Australia and the United Kingdom (UK) and to examine whether these differences influence rt‐PA treatment rates. Methods: A cross‐sectional, self‐administered questionnaire administered to a lead stroke clinician from hospitals known to provide rt‐PA for acute ischaemic stroke. Chi‐square tests were used to analyse between‐country differences in ten pre‐specified rt‐PA practices. Non‐parametric equality of medians test was used to assess within‐country differences for likelihood of undertaking practices and association with rt‐PA treatment rates. Reporting followed STROBE checklist. Results: Response rate 68%; (Australia: 74% [n = 63/85]; UK: 65% [n = 93/144]). There were significant differences between countries for 7/10 practices. UK nurses were more likely to: request CT scan; screen patient for rt‐PA suitability; gain informed consent; use telemedicine to assess, diagnose or treat; assist in the decision for rt‐PA with Emergency Department physician or neurologist; and undergo training in rt‐PA administration. Reported median hospital rt‐PA treatment rates were 12% in the UK and 7.8% in Australia: (7.8%). In Australia, there was an association between higher treatment rates and nurses involvement in 5/10 practices; read and interpret CT scans; screen patient for rt‐PA suitability; gain informed consent; assess suitability for rt‐PA with neurologist/stroke physician; undergo training in rt‐PA administration. There was no relationship between UK treatment rates and likelihood of a stroke nurse to undertake any of the ten rt‐PA practices. Conclusion: Stroke nurses' active role in rt‐PA administration can improve rt‐PA treatment rates. Models of care that broaden stroke nurses' scope of practice to maximise rt‐PA treatment rates for ischaemic stroke patients are needed. Relevance to clinical practice: This study demonstrates that UK and Australian nurses play an important role in thrombolysis practices; however, they are underused. Formalising and extending the role of stroke nurses in rt‐PA administration could potentially increase thrombolysis rates with clinical benefits for patients. [ABSTRACT FROM AUTHOR]

Aims and objectives: To compare the effectiveness and safety of ultrasound‐guided fascia iliaca block (FIB) insertion in patients with fractured neck of femur by trained emergency nurses with insertion by doctors. Background: The FIB is an effective and safe form of analgesia for patients with hip fracture presenting to the emergency department (ED). While it has traditionally been inserted by medical doctors, no evidence exists comparing the effectiveness and safety of FIB insertion by nurses compared with doctors. Design: A prospective cohort study. Methods: The study was conducted in an Australian metropolitan ED. Patients admitted to the ED with suspected or confirmed fractured neck of femur had a FIB inserted under ultrasound guidance by either a trained emergency nurse or doctor. A retrospective medical record audit was undertaken of consecutive ED patients presenting between January 2013–December 2017. Reporting of this study followed the Strengthening the Reporting of Observational Studies in Epidemiology guidelines for cohort studies. Results: Of the 472 patients eligible for a FIB, 322 (68%) had one inserted. A majority were inserted by doctors (n = 207, 64.3%) with 22.4% (n = 72) by nurses and in 13.3% (n = 43) of patients the clinician was not documented. There were no differences between the nurse‐inserted and doctor‐inserted groups for mean pain scores 1 hr post‐FIB insertion; clinically significant reduction (≥30%) in pain score 1 hr post‐FIB insertion; pain score 4 hr post‐FIB insertion; delirium incidence; opioid use post‐FIB insertion; or time to FIB insertion. No adverse events were identified in either group. Conclusion: Insertion of FIBs by trained emergency nurses is as effective and safe as insertion by doctors in patients with fractured neck of femur in the ED. Senior emergency nurses should routinely be inserting FIB as a form of analgesia for patients with hip fracture. Relevance to clinical practice: Our study showed trained emergency nurses can safely and effectively insert fascia iliaca blocks in patients with hip fractures. Pain was significantly reduced in a majority of patients with no reported complications. Emergency nurses should be trained to insert fascia iliaca blocks in patients with hip fractures. [ABSTRACT FROM AUTHOR]

• Nurses' ratings of context suggest a positive setting for evidence implementation. • Nurse and hospital characteristics impact ratings of work context. • Outcomes did not differ in EDs with high or low work context. • Contextual aspects beyond those of The Alberta Context Tool need to be assessed. Emergency departments (ED) are challenging environments but critical for early management of patients with stroke. To identify how context affects the provision of stroke care in 26 Australian EDs. Nurses perceptions of ED context was assessed with the Alberta Context Tool. Medical records were audited for quality of stroke care and patient outcomes. Collectively, emergency nurses (n = 558) rated context positively with several nurse and hospital characteristics impacting these ratings. Despite these positive ratings, regression analysis showed no significant differences in the quality of stroke care (n = 1591 patients) and death or dependency (n = 1165 patients) for patients in EDs with high or low rated context. Future assessments of ED context may need to examine contextual factors beyond the scope of the Alberta Context Tool which may play an important role for the understanding of stroke care and patient outcomes in EDs. [ABSTRACT FROM AUTHOR]

The organisational context of healthcare settings has an essential role in how research evidence is used in clinical practice. The Alberta Context Tool (ACT) measures 10 concepts of organisational context with higher scores indicating a more positive work environment and potentially better use of research evidence in patient care. We assessed the psychometric properties of the ACT in Emergency Departments (EDs). This validation study was conducted as part of a multi-centre trial of triage, treatment and transfer (T3 Trial) of patients with stroke admitted to EDs. Stratified sampling with proportional allocation was used to recruit ED nurses from 26 participating hospitals at baseline. Nurses completed a survey containing the ACT. Structural validity was investigated by exploratory and confirmatory factor analysis. Reliability was assessed using Cronbach’s alpha and intraclass correlation coefficients. Item-rest correlations and the average inter-item correlations were also assessed. 558 ED nurses completed the survey, comprised of 433 surveys without missing data. Our exploratory factor analysis produced a 14-factor structure, explaining 62% of variance of organisational context. For eight of ten concepts, item loadings matched the factor structure of the original ACT. Confirmatory factor analysis of the 10 ACT concepts showed moderate model fit (p = 0.001, root mean square error of approximation: 0.049, standardised root mean squared residual: 0.048). Cronbach’s alphas showed very good internal consistency for nine of ten ACT concepts (α>0.7; 0.45–0.90). Item-rest correlations indicated that most ACT items (50 of 56 items) within any concept related well to the total score of the concept. Average inter-item correlations indicated potential redundant items for three concepts (feedback processes, leadership, staffing) that were above the threshold of 0.5. While identifying a few shortcomings for some ACT concepts in an ED context, the majority of findings confirm reliability and validity of the original ACT in an Australian population of ED nurses. [ABSTRACT FROM AUTHOR]