Birgitta Wireklint Sundström1,2, Magnus Andersson Hagiwara1,2, Peter Brink3, Johan Herlitz1,2, Per Olof Hansson4. 1. 1 University of Borås, Sweden, PreHospen - Centre for Prehospital Research. 2. 2 University of Borås, Sweden, Faculty of Caring Science, Work Life and Social Welfare. 3. 4 Emergency Medical Service System, NU-Hospital Organisation, Sweden. 4. 3 University of Gothenburg, Sweden, Department of Molecular and Clinical Medicine.
Abstract
BACKGROUND: The early chain of care is critical for stroke patients. The most important part is the so-called 'system delay' i.e. the delay time from call to the emergency medical services until a diagnosis is established (computer tomography). AIM: The purpose of this study was to relate the initial priority level given by the dispatch centre to the early chain of care in acute stroke and to short-term and long-term mortality. METHODS: All patients hospitalised with the first and the final diagnosis of acute stroke, 15 December 2010-15 April 2011, were recruited across nine hospitals, each hospital with a stroke care unit. RESULTS: In all, 897 stroke patients were included. Priority at the dispatch centre: 54% received highest priority 1, 41% priority 2 and 5% priority 3. Median system delay from call to emergency medical services until diagnosis by computer tomography was 2 h and 52 min, 4 h and 49 min and 6 h and 33 min respectively in the three priority groups ( p<0.0001). There was a similarly strong association between priority level at the dispatch centre and system delay to arrival in a hospital ward, suspicion of stroke by the emergency medical services nurse as well as the physician on hospital admission and the proportion of patients given thrombolysis. Mortality during the subsequent 30 days was 22% among patients with priority 1 and 14% among patients with priority 2. CONCLUSION: Patients given a lower priority level at the dispatch centre had the longest system delay. Although many of these patients died, the risk of death was highest among those given the highest priority.
BACKGROUND: The early chain of care is critical for stroke patients. The most important part is the so-called 'system delay' i.e. the delay time from call to the emergency medical services until a diagnosis is established (computer tomography). AIM: The purpose of this study was to relate the initial priority level given by the dispatch centre to the early chain of care in acute stroke and to short-term and long-term mortality. METHODS: All patients hospitalised with the first and the final diagnosis of acute stroke, 15 December 2010-15 April 2011, were recruited across nine hospitals, each hospital with a stroke care unit. RESULTS: In all, 897 stroke patients were included. Priority at the dispatch centre: 54% received highest priority 1, 41% priority 2 and 5% priority 3. Median system delay from call to emergency medical services until diagnosis by computer tomography was 2 h and 52 min, 4 h and 49 min and 6 h and 33 min respectively in the three priority groups ( p<0.0001). There was a similarly strong association between priority level at the dispatch centre and system delay to arrival in a hospital ward, suspicion of stroke by the emergency medical services nurse as well as the physician on hospital admission and the proportion of patients given thrombolysis. Mortality during the subsequent 30 days was 22% among patients with priority 1 and 14% among patients with priority 2. CONCLUSION: Patients given a lower priority level at the dispatch centre had the longest system delay. Although many of these patients died, the risk of death was highest among those given the highest priority.
Entities:
Keywords:
Acute stroke; dispatch centre; early chain of care; emergency medical services; priority