Look-alike medications can cause confusion and contribute to medication administration errors. This scoping review including 18 articles identified several risk reduction strategies to mitigate look-alike medication errors in perioperative settings, such as improved labelling and standardization of storage. The authors note that further research is needed to assess the effectiveness of technology-based solutions, such as automated dispensing cabinets.

Accurate and reliable detection and measurement of adverse events remains challenging. This systematic review examined the difference in adverse events detected using the Global Trigger Tool compared to those detected via incident reporting systems. In 12 of the 14 included studies, less than 10% of adverse events detected using the Global Trigger Tool were also found in corresponding incident reporting systems. The authors of the review emphasize the importance of using multiple approaches and sources of patient safety data to enhance adverse event detection.

Multiple handoffs can occur during perioperative care, which can increase the risk for errors and patient harm. This narrative review summarizes research on the benefits, limitations, and implementation challenges of electronic tools for perioperative handoffs and the role of artificial intelligence (AI) and machine learning (ML) in perioperative care.

The World Health Organization (WHO) Surgical Safety Checklist is widely used, but implementation challenges remain. This article describes the development of an electronic version of the surgical safety checklist adapted for use on a personal device, and compared its use against the traditional paper-based checklist. The electronic checklist had 100% use (compared to 98% for the traditional checklist) and significantly higher frequency of completion (100% vs. 27%).

Handoffs and transitions of care represent a vulnerable time for patients as important information must be shared and understood by multiple people. This study focuses on postoperative nurse handoffs, specifically regarding situational awareness and anticipatory guidance, and the role artificial intelligence (AI) could play in improving handoffs. Five themes were uncovered, including the importance of situational awareness and associated barriers, how AI could address those barriers, and how AI could result in new/additional barriers.

Medication reconciliation has been shown to reduce medication errors but is a time-consuming process. This study compared medication reconciliation via a patient portal with those performed by a pharmacy technician (usual care). Medication discrepancies were similar between both groups, and patients were satisfied using the patient portal, which saved 6.8 minutes per patient compared with usual care.