Assessing Compliance, Completeness, And Contributing Factors of Postoperative Handover Practices in Post-Anesthesia Care Units in Rwanda: A Cross-Sectional Observational Study
This cross-sectional observational study of 130 postoperative handovers in two Rwandan district hospitals reveals that the absence of structured protocols and high rates of multitasking significantly compromise the completeness and quality of information transfer, underscoring the urgent need for standardized SBAR-based training to enhance patient safety.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
In the hours immediately following surgery, a patient's safety depends on a critical moment of transition. The team that performed the operation must pass the patient, along with a complete and accurate story of what happened, to the team that will care for them while they wake up. This handover is not merely a formality; it is the bridge between the operating room and the recovery area. If information is lost, skipped, or misunderstood during this exchange, the receiving team may miss vital clues about a patient's condition, leading to delays in treatment or dangerous complications. For decades, medical experts have known that structured communication tools can prevent these errors, yet in many hospitals around the world, these exchanges remain informal, rushed, and inconsistent. The question is not just whether doctors and nurses talk to each other, but whether they say the right things, in the right order, without distraction.
Researchers in Rwanda recently set out to observe this process in real time at two district hospitals in the capital city, Kigali. They wanted to see exactly how the handover happened, what information was shared, and what factors might be getting in the way. The team watched 130 separate handovers as they occurred, using a checklist based on a standard communication framework known as SBAR. This framework breaks down the necessary information into four clear parts: the current situation of the patient, the background of their surgery and health, an assessment of their condition, and recommendations for what should happen next. The researchers did not intervene or give advice during these observations; they simply recorded what they saw, noting who spoke, how long the conversation lasted, and which critical details were mentioned or forgotten.
The results revealed a system under significant strain. While the staff were generally efficient in starting the conversation quickly, with most handovers beginning within ten minutes of the patient arriving in the recovery area, the conversations themselves were often too short to be thorough. Nearly eighty percent of the handovers lasted less than five minutes. In that brief window, the team managed to share basic details like the patient's name, age, and the type of surgery performed. However, when the researchers looked for more specific, life-saving information, the picture changed dramatically. Critical details were frequently missing. For instance, the patient's airway status—which describes how easily they can breathe—was reported in only one out of every five handovers. Similarly, information about how the patient was feeling in terms of pain was shared in less than half of the cases, and the specific criteria for when a patient is safe to leave the recovery area were almost never discussed.
One of the most striking findings was the complete absence of a written or standardized protocol to guide these conversations. In every single handover observed, the staff relied entirely on their own memory and judgment to decide what to say. This lack of structure was compounded by a pervasive habit of multitasking. In nearly seventy percent of the cases, the person giving the report was simultaneously trying to do other clinical work, such as checking equipment or attending to another patient. The data showed a clear link between this divided attention and the quality of the report. When staff members were multitasking, the handovers were significantly less complete, and the likelihood of missing crucial steps in the process was four times higher than when the staff focused solely on the conversation.
The study also examined whether other common complaints, such as too many interruptions, a lack of time, or a noisy environment, were the primary causes of these errors. While these factors were present, the statistical analysis showed they were not the main drivers of the missing information. Instead, the lack of a structured checklist and the habit of trying to do two things at once were the dominant issues. The researchers found that when the handover took a little longer, the information shared was more complete, suggesting that the brevity of the current exchanges was a choice driven by workflow pressures rather than an inherent necessity.
These observations point to a clear path for improvement. The study suggests that the solution does not require a massive overhaul of the hospital infrastructure or the hiring of new staff, but rather a change in how the existing team operates. Implementing a simple, standardized checklist that forces the team to cover specific, often-missed details like airway status and pain levels could close the gaps. Equally important is creating a protected time and space for the handover, where the person speaking is free from other duties and can focus entirely on the patient. By addressing the specific habits of multitasking and the absence of a shared routine, the hospitals can transform these critical moments from rushed exchanges into reliable safeguards for patient safety. The work done in Kigali offers a clear blueprint for how even resource-limited settings can significantly reduce the risk of error by simply ensuring that the right information is passed, fully and without distraction, from one team to the next.
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