End-of-shift handoffs are complex interactions influenced by many factors, and changes need to be made to prepare medical residents to successfully execute the transitions. A team of research scientists highlighted the challenges and provided guidance on creating a systematic approach to teaching and carrying out transfers of care.
Researchers from Regenstrief Institute, the Department of Veterans Affairs, Indiana University School of Nursing, Wayne State University School of Medicine and Applied Decision Science, LLC interviewed medical residents from three VA medical centers across the country to learn more about handoffs. They published three papers from their findings.
End-of-shift handoffs pose a substantial patient safety risk. The transition of care from one doctor to another has been associated with delays in diagnosis and treatment, duplication of tests or treatment and patient discomfort, inappropriate care, medication errors and longer hospital stays with more laboratory testing. Handoff education varies widely in medical schools and residency training programs. There have been efforts to improve transfers of care, but they have not shown meaningful improvement.
“There is very little attention given to training for handoffs, but handoffs are very important for patient safety. Preparation, training and the way doctors and residents receive handoffs is very important,” said Regenstrief scientist Nicholas Rattray, Ph.D. “Attempts to design effective handoff interventions should balance the urge to standardize with the role of self and situation awareness.” Dr. Rattray, also a research health scientist for the VA, was the first author on two of the papers and a co-author on the other.
Researchers conducted interviews with 35 internal medicine and surgery residents at three VA medical centers about a recent handoff and analyzed the responses. The team also video-recorded and analyzed more than 150 handoffs.
In one paper, led by Laura Militello and published in The Joint Commission Journal of Quality and Patient Safety, researchers detailed the importance of cognitive preparation for the handoffs. They identified six cognitive tasks residents engaged in before the handoff. These activities point to strategies for support via improved technology, organizational interventions and enhanced training. Those include a handoff tool that automatically populates key fields, creating a dedicated preparation time free from distractions and scenario-based simulation training.
Another finding of the study—medical residents said they were only partially prepared for enacting handoffs as interns, and experience is actually what taught them the most. In the paper published in BMC Medical Education, study authors discussed how formal education is not enough to teach effective handoffs. They offered recommendations to improve education, including:
- Establishing collaborative learning meetings among medical students, interns and residents.
- Providing point-of-care education programs connecting best practices with patient safety and efficacy goals.
- Using stories to make handoff curricula salient for learners.
- Enacting actual handoffs.
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