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Avoiding Fumbles: Online Patient Handoff Training

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Introduction: The COVID-19 pandemic required rapid curriculum adaptation to online delivery. Given the importance of accurate clinical patient handoffs, we adapted simulation-based medical student training in clinical patient handoffs. We scored the accuracy of the information students presented. We also elicited student feedback to determine their perceptions of the event and their evaluations of the effectiveness of the training. Methods: Twenty-six third-year medical students participated online via Zoom. Students participated in groups of three or four students. They sequentially encountered a standardized patient. Clinical information and physical exam findings were handed off from student to student until the encounter was complete. The student group then debriefed with faculty. Students were evaluated based on the proportion of clinical information handed off to the following student. Students also evaluated the training session. Results: The first student handoff included 73.4% of the available information. In subsequent handoffs, the percentage fell to 43%. All students said they felt the training was helpful in practicing patient handoffs and interactions with colleagues. Negative student comments focused on perceived deficiencies in session planning and standardized patient training. Conclusions: This rapidly developed simulation session demonstrated that clinical training in patient handoffs can be adapted to an online environment. In order to ensure success, faculty should carefully consider logistical adjustments required to transition from a patient contact setting to an online environment. Meticulous preparation and attention to detail will ensure that training is successful.
Society of Teachers of Family Medicine
Title: Avoiding Fumbles: Online Patient Handoff Training
Description:
Introduction: The COVID-19 pandemic required rapid curriculum adaptation to online delivery.
Given the importance of accurate clinical patient handoffs, we adapted simulation-based medical student training in clinical patient handoffs.
We scored the accuracy of the information students presented.
We also elicited student feedback to determine their perceptions of the event and their evaluations of the effectiveness of the training.
Methods: Twenty-six third-year medical students participated online via Zoom.
Students participated in groups of three or four students.
They sequentially encountered a standardized patient.
Clinical information and physical exam findings were handed off from student to student until the encounter was complete.
The student group then debriefed with faculty.
Students were evaluated based on the proportion of clinical information handed off to the following student.
Students also evaluated the training session.
Results: The first student handoff included 73.
4% of the available information.
In subsequent handoffs, the percentage fell to 43%.
All students said they felt the training was helpful in practicing patient handoffs and interactions with colleagues.
Negative student comments focused on perceived deficiencies in session planning and standardized patient training.
Conclusions: This rapidly developed simulation session demonstrated that clinical training in patient handoffs can be adapted to an online environment.
In order to ensure success, faculty should carefully consider logistical adjustments required to transition from a patient contact setting to an online environment.
Meticulous preparation and attention to detail will ensure that training is successful.

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