Key result
Prehospital ECG monitoring in acute stroke patients detected relevant abnormalities in 48.6% of cases, including atrial fibrillation in 25.1%.
Why the study?
Does prehospital ECG monitoring improve the detection of clinically relevant cardiac arrhythmias in patients with acute stroke?
Observational (n=259)
No
Does prehospital ECG monitoring improve the detection of clinically relevant cardiac arrhythmias in patients with acute stroke?
Prehospital ECG monitoring in acute stroke patients frequently detects clinically relevant cardiac arrhythmias, including new-onset atrial fibrillation, which can directly impact secondary prevention strategies.
Answers are grounded in this paper and cite their sources.
May support prehospital ECG for arrhythmia detection in acute stroke; hypothesis-generating for secondary prevention impact, pending trials.
OBJECTIVE: To investigate the diagnostic yield of prehospital ECG monitoring provided by emergency medical services in the case of suspected stroke. METHODS: Consecutive patients with acute stroke admitted to our tertiary stroke center via emergency medical services and with available prehospital ECG were prospectively included during a 12-month study period. We assessed prehospital ECG recordings and compared the results to regular 12-lead ECG on admission and after continuous ECG monitoring at the stroke unit. RESULTS: Overall, 259 patients with prehospital ECG recording were included in the study (90.3% ischemic stroke, 9.7% intracerebral hemorrhage). Atrial fibrillation (AF) was detected in 25.1% of patients, second-degree or greater atrioventricular block in 5.4%, significant ST-segment elevation in 5.0%, and ventricular ectopy in 9.7%. In 18 patients, a diagnosis of new-onset AF with direct clinical consequences for the evaluation and secondary prevention of stroke was established by the prehospital recordings. In 2 patients, the AF episodes were limited to the prehospital period and were not detected by ECG on admission or during subsequent monitoring at the stroke unit. Of 126 patients (48.6%) with relevant abnormalities in the prehospital ECG, 16.7% received medical antiarrhythmic therapy during transport to the hospital, and 6.4% were transferred to a cardiology unit within the first 24 hours in the hospital. CONCLUSIONS: In a selected cohort of patients with stroke, the in-field recordings of the ECG detected a relevant rate of cardiac arrhythmia. The results can add to the in-hospital evaluation and should be considered in prehospital care of acute stroke.
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Bobinger et al. (2017) conducted an observational in Acute stroke (n=259). Prehospital ECG monitoring vs. Regular 12-lead ECG on admission and continuous ECG monitoring was evaluated on Relevant abnormalities in the prehospital ECG. Prehospital ECG monitoring in acute stroke patients detected relevant abnormalities in 48.6% of cases, including atrial fibrillation in 25.1%.
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