Abstract TP360: Triage Nursing Intervention Improves Stroke Treatment Rate and Times for Walk-In Strokes

• Published in: Stroke (1970) Vol. 51; no. Suppl_1
• Main Authors: Quezada, Nayive, Burke, Ron, Miro Gonzalez, Yaima, Ramirez, Maygret, Gonzalez, Ivis C, Ruiz, Felix, D'Amour, Daniel, Starosciak, Amy K, Strauss, Jayme
• Format: Journal Article
• Language: English
• Published: 01.02.2020
• ISSN: 0039-2499; 1524-4628
• DOI: 10.1161/str.51.suppl_1.TP360

Abstract only Introduction: Our comprehensive stroke center provides community outreach and stroke education to patients, caregivers, and community members on the importance of calling 911 in the event of a stroke. However, approximately 1/3 of our center’s stroke alerts are walk-ins. With a walk-in stroke, rapid assessment is essential because the stroke response team has no information compared to information that otherwise would be provided by EMS. As such, our center developed a rapid assessment by the emergency triage nurse or technician, who can then activate a stroke alert. Methods: The change to rapid stroke assessment and stroke alert activation by triage nurses and technicians (rather than waiting for an emergency physician to assess and activate a stroke alert) was made in March 2018. Cases from one year prior to the intervention were compared to cases from the year after implementation. Differences in turnaround times (door to stroke alert activation, door to needle [DTN]) were calculated. Results: In the period before implementation, there were 1200 stroke alerts, of which 420 arrived via triage (35%). Median door to stroke alert was 0 min. Of those who arrived through triage, 8 received IV alteplase (8/420=2%). For those patients, median DTN was 39 min. In contrast, after implementation, there were 1401 stroke alerts, of which 342 arrived via triage (24%). Median door to stroke alert was 2 min. Of those, 15 received IV alteplase (15/342=4%), with a median DTN of 32 min. Discussion: A nursing driven initiative at Emergency Department triage was effective at improving stroke treatment rate and decreasing DTN for IV alteplase for walk-in stroke patients.