Why the study?
Paroxysmal AF is a frequent cause of recurrent stroke but is challenging to detect due to its episodic and asymptomatic nature, prompting an initiative to improve detection through early prolonged inpatient monitoring.
Does early prolonged inpatient cardiac monitoring using 5-day event recorders improve the rate of atrial fibrillation detection in patients with ischaemic stroke?
Does early prolonged inpatient cardiac monitoring using 5-day event recorders improve the rate of atrial fibrillation detection in patients with ischaemic stroke?
Implementing early, prolonged inpatient cardiac monitoring using 5-day event recorders on a stroke unit improves the detection rate of paroxysmal atrial fibrillation after ischaemic stroke.
Answers are grounded in this paper and cite their sources.
May increase post-stroke AF detection with early inpatient monitoring; hypothesis-generating, should not yet change practice.
BACKGROUND: Paroxysmal atrial fibrillation (PAF) is a frequent cause of recurrent stroke but can be difficult to detect because of its episodic and often asymptomatic nature. We sought to improve rate of PAF detection through a quality improvement project (QIP) to deliver early prolonged inpatient cardiac monitoring on the stroke unit (SU). METHODS: A structured protocol for cardiac monitoring using 5-day event recorders was established. 'In-house' cardiac monitoring was implemented. Performance data on this change in service was analysed prospectively and summary statistics obtained. RESULTS: One-hundred and two ischaemic stroke (IS) patients undertook 5-day event recorder monitoring. Provision of monitors as an inpatient (IP) increased from 20% (pre-QIP pilot 2018) to 65.7% (during QIP). New AF was detected in 15 patients (14.7% vs 8.6% pre-QIP pilot 2018) with majority of new AF (13 patients; 19%) detected when monitors applied early (IP) after IS. CONCLUSION: Although this study had a number of limitations, it did demonstrate that early and prolonged non-invasive IP cardiac monitoring could be delivered 'in-house' on the SU and improve AF detection rates.
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Kishore et al. (2020) studied this question.
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