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Collaborative Approach to Reducing Cardiac Arrests in an Acute Medical Unit

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Collaborative Approach to Reducing Cardiac Arrests in an Acute Medical Unit Open Access BMJ Quality Improvement Report BMJ Open Qual: first published as 10.1136/bmjoq-2017-000026 on 12 November 2017. Downloaded from Collaborative approach to reducing cardiac arrests in an acute medical unit Calum McGregor,1 Sanjiv Chohan,2 Jonathon O’Reilly3 To cite: McGregor C, Chohan S, ABSTRACT BACKGROUND O’Reilly J. Collaborative Cardiac arrests are often preceded by a period of Cardiac arrests are often preceded by approach to reducing cardiac physiological deterioration. Preventing potentially arrests in an acute medical 8–12 hours of physiological deterioration, avoidable cardiac arrests therefore depends on reliable unit.BMJ Open Quality detectable by measurement of patients’ vital 2–4 2017;6:e000026. doi:10.1136/ recognition of, and response to, those deteriorations. Our signs. Moreover, patients’ prognosis deteri- bmjoq-2017-000026 hospital’s acute medical unit had one of the highest rates orates with increasing numbers of abnormal of cardiac arrest in our organisation at baseline. The aim physiological parameters.5 Inadequate clin- was to reduce our unit’s cardiac arrest rate by over 50%. Received 16 February 2017 ical monitoring and failure to act on deteri- Revised 11 July 2017 Pareto chart analysis identified unreliable processes in the recognition and response to deteriorating patients. Process oration has been found to be associated with Accepted 21 September 2017 6 7 mapping exercises were performed, then the model for preventable deaths in hospital. Previous 8 9 improvement and rapid cycle tests of change were used to studies of hospital patients, National develop standardised processes for clinical observations, Reporting and Learning System data7 and recognising deteriorating patients and responding to National Confidential Enquiry into Patient hypoxia. Multidisciplinary learning from what went well, Outcome and Death’s 2012 report, ‘A Time incorporating resilience engineering principles, helped to to Intervene’,10 have all found similar defi- identify good practice and then test ways of making good ciencies in care, including failure to under- practice happen more reliably. Learning from success take observations, recognise deterioration also addressed some of the psychological barriers to and failure to intervene. change by encouraging pride in work and a positive focus within our unit. The cardiac arrest rate reduced from In addition, the 2012 Royal College of copyright. 4.3/1000 (October 2014 to February 2016) to 1.1/1000 Physicians report, National Early Warning (March 2016 to end of 2016), associated with improved Scores (NEWS): standardising the assessment 11 reliability of the following process measures: reliability of acute-illness severity in the NHS, found of clinical observations, documentation of target oxygen that in relation to the deteriorating patient, saturations, identification of hypoxia and completion current evidence suggests there are three crit- of structured response to hypoxia. This study is an ical elements that define clinical outcomes: http://bmjopenquality.bmj.com/ example of a multidisciplinary team engaging in quality early detection of deterioration, timely improvement, identifying their own local problems and response and competent clinical response. testing their solutions scientifically. Learning from what These issues were highlighted again by Sir went well had a positive impact on the project, and the Bruce Keogh in The Review into the quality team plans to spread the successful interventions across the organisation. of care and treatment provided by 14 hospital trusts in England,12 which reported that, “One consistent theme throughout almost all PROBLEM of the organisations reviewed was the manage- This project took place as part of our local ment of complex deteriorating patients and National Health Service (NHS) organisa- the monitoring of Early Warning Scores. The tion’s deteriorating patient collaborative. basic failure of observation at ward level gives on September 24, 2021 by guest. Protected Seven wards across three district general rise to multiple problems”. hospitals within the organisation were identi- Some healthcare systems have successfully 1Emergency Care unit, Wishaw fied as having the highest cardiac arrest rates reduced the chance of patients suffering a General Hospital, Wishaw, UK (a cardiology ward, a high dependency unit, cardiac arrest in the UK, USA and in Europe, 2 Department of Anaesthesia, a gastroenterology ward, an acute surgical including Salford Royal Hospitals Trust,1 Monklands Hospital, Coatbridge, ward and three acute medical units (AMUs)). NHS Forth Valley13 and University College UK 14 3Department of Quality A collaborative approach has been found to London NHS Trust. They have used local Improvement, NHS Lanarkshire, be useful by other organisations doing similar teams, improvement methodology and Bothwell, UK projects previously.1 elements of the model for improvement15 This project focuses on one AMU and took to understand failures in their own setting, Correspondence to Dr Calum McGregor; place between July 2014 and June 2016. and improved the reliability of their care calum. mcgregor@ lanarkshire. Our aim was a greater than 50% reduction processes. In each case, improvements had scot. nhs. uk in cardiac arrests in our AMU by June 2016. been designed and tested locally, and early McGregor C, et al. BMJ Open Quality 2017;6:e000026. doi:10.1136/bmjoq-2017-000026 1 Open Access BMJ Open Qual: first published as 10.1136/bmjoq-2017-000026 on 12 November 2017. Downloaded from recognition of deterioration and reliable response were found to be crucial. This project therefore aimed to improve the manage- ment of deteriorating patients by improving the reliability of clinical observations, recognition of deterioration and response to deterioration, using some of the prin- ciples used in the previous studies mentioned above. The hypothesis being that improved reliability of these key processes would lead to a reduction in the outcome measure of cardiac arrest. Attempting to reduce the number of cardiac arrests by improving care of deteriorating patients was one of the aims of the Scottish Patient Safety Programme (SPSP)’s Acute Adult programme,16 which helped to provide a framework and reference for this project. Figure 1 Pareto chart analysis of case note review findings. Hypoxia is identified as the most frequently missed cause of deterioration. BASELINE MEASUREMENT Our baseline cardiac arrest rate was 4.3/1000 (October data subsequently started to improve and convenience 2014 to February 2016). sampling was reintroduced. Outcome measure was cardiac arrest rate per 1000 deaths and live discharges. The operational definition of cardiac arrest is all individuals in eligible clinical areas DESIGN receiving chest compressions and/or defibrillation and Pareto chart analysis of case notes (figure 1) identified attended by the hospital-based resuscitation team in hypoxia as the most frequently missed sign of deteriora- response to a cardiac arrest call. tion within our unit, and this was therefore a focus of the Convenience sampling of five patients per week was project. used to collect data on process measures of: A driver diagram was developed, loosely based on the copyright. 1. Reliable observations (temperature, pulse, respiration, SPSP’s national deteriorating patient driver diagram,17 saturations, blood pressure and frequency). but with a local focus on hypoxia. 2. Reliable recognition of deterioration. Recognition of Process mapping, involving multidisciplinary tabletop hypoxia was defined as either applying oxygen in re- exercises and observing work as done rather than work sponse to low oxygen saturations and/or documenta- as imagined, provided evidence of unwanted variation in tion of drop in oxygen saturations below target level. our unit within the primary drivers outlined below: http://bmjopenquality.bmj.com/ Low oxygen saturations were defined as less than 94%, ► Reliable clinical observations. unless alternative acceptable oxygen saturation range ► Recognising deterioration. is specifically documented, for example, 88%–92%. ► Responding to deterioration. 3. Documentation of target oxygen saturations. ► Effective team working. 4. Oxygen prescribing. Our project identified local problems, then applied the 5. Completion of hypoxia structured response. quality improvement principles of small tests of change All aspects of the observations and response bundles had using Plan–Do–Study–Act (PDSA) cycles and the model to be complete (yes or no) for data collection. for improvement to try to improve. These elements were plotted against time to produce For example, patients’ target oxygen saturations were run charts in order to ascertain whether or not any found to be documented in one of four locations, the on September 24, 2021 by guest. Protected significant improvement had been made following any medical notes, nursing notes, observation charts and/ intervention. or the drug chart, depending on the individual clinician’s Different members of ward staff collected the data at preference and usual practice. The staff who recorded different times during the project. At one point, when oxygen saturations (clinical support workers) only ever the reliability of clinical observations deteriorated, looked at the clinical observation chart; therefore, if the stratified sampling was used to identify if the issue was target saturations were documented in any location other with patients from the emergency department (ED) or than
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