Public Release: 

New neurologists receive stroke training with mannequins and other simulation techniques

Loyola University Health System

IMAGE?

IMAGE: Loyola researchers used this high fidelity patient simulator to help train new neurologists how to treat a stroke patient in the emergency room. The researchers are, from left, : Jessica... view more

Credit: Loyola University Medical Center

MAYWOOD, Ill. - One of the most challenging cases that a first-year neurology resident physician can face is a stroke patient in the emergency department.

The physician must quickly decide whether the patient is a candidate for the clot-busting drug tPA, which can minimize stroke damage. But giving tPA to the wrong patient can make the stroke worse. There's no time to waste, because in one minute, a stroke can kill nearly 2 million brain cells.

A new study indicates that using a high fidelity patient simulator and other simulation-based education techniques can significantly improve the knowledge, skills and confidence of first-year neurology residents.

The study by Loyola University Medical Center neurologists was presented during the American Heart Association's International Stroke Conference 2015 in Nashville, Tenn. The study was conducted at Loyola University Chicago's Center for Simulation Education.

Simulation-based medical education (SBME) enables students, residents, nurses and other medical personnel to practice under safe, controlled and forgiving conditions. Previous studies have found that SBME is superior to the traditional style of medical education and has shown improved outcomes of knowledge, skills and behaviors.

The Loyola study evaluated SBME for teaching neurology residents how to treat stroke patients. Six incoming residents participated in a simulation of a stroke patient arriving in the emergency department. The resident physician managed every step of care, including assessing the mannequin-patient, paging other members of the stroke team, ordering and interpreting lab tests and CT scans, etc. The simulations were performed during the first and third weeks of the residents' orientation.

The physicians' skills improved significantly from the first to the third week. Surveys given to the residents showed their confidence also improved. The new physicians also showed a 16.1 percent improvement on a multiple-choice test about treating stroke patients in the emergency department.

The authors concluded that simulation-based medical education can help new physicians acquire technical and non-technical skills such as leadership, teamwork, communication, situational awareness and decision making.

###

The study is titled "Simulation-Based Medical Education for Incoming Neurology Trainees to Improve Hospital Stroke Emergency Performance."

Authors of the study are Rick Gill, MD, (first author); Esteban Golombievski, MD; Michael Star, MD; Matthew McCoyd, MD; and Sean Ruland, DO (senior author). Drs. Gill and Star are neurology residents; Dr. Golombievski is a vascular neurology fellow; Dr. McCoyd is an assistant professor; and Dr. Ruland is an associate professor in the Department of Neurology of Loyola University Chicago Stritch School of Medicine. Viva Jo Siddall, MS, RRT, RCP of Loyola's Center for Simulation Education guided the authors in setting up the simulation-based model.

The national goal for stroke treatment in the emergency department is to administer tPA intravenously, when appropriate, to an ischemic stroke patient within 60 minutes of the patient's arrival at the emergency department door. (This is known as door-to-needle time). Loyola strives for a 45-minute door-to-needle time.

For six years in a row, Loyola has received the Get with the Guidelines® Stroke Gold-Plus Quality Achievement Award from the American Heart Association/American Stroke Association.

Loyola also received the association's Target: Stroke Honor Roll for meeting stroke quality measures that reduce the time between hospital arrival and treatment with tPA.

Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert system.