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Patient exposure to allergens healthcare settings, such as latex or certain medications, can lead to adverse outcomes. Based on data from an incident reporting system, researchers in this study developed a system for classifying allergy-related safety events. Classification categories include: (1) incomplete or inaccurate EHR documentation, (2) human factors, such as overridden allergy alerts, (3) alert limitation or malfunction, (4) data exchange and interoperability failures, and (5) issues with EHR system default options. This classification system can be used to support improvements at the individual, team, and systems levels. 

Patient safety dashboards are used to communicate real-time patient data to appropriately augment care. This study found that higher usage of an electronic patient safety dashboard resulted in lower 30-day readmission rates among patients discharged from adult medicine units compared to lower usage groups.

The COVID-19 pandemic led to a rapid transition of healthcare from in-person to remote and virtual care. This review assessed the safety and effectiveness of pulse oximetry in remote patient monitoring (RPM) of patients at home with COVID-19. Results show RPM was safe for patients in identifying risk of deterioration. However, it was not evident whether remote pulse oximetry was more effective than other virtual methods, such as virtual visits, monitoring consultations, or online or paper diaries.

Implementation of electronic health records (EHR) has shown both patient safety benefits and unanticipated challenges. Researchers interviewed patient safety officers, nurses, physicians, and other clinicians who use EHR to assess their perspectives on its impact on patient safety. Most clinicians reported both benefits and challenges, but views varied by role (e.g., nurses found EHR documentation efficient, while physicians found it time-consuming).

The COVID pandemic has increased demand and acceptance of remote care modalities. This commentary suggests that home monitoring is a promising telehealth approach and that its application could improve value while enhancing safety for hospital-at-home and other levels of home-based care patients.

Advanced technology – such as radiofrequency identification (RFID), sensors, or mobile apps – is increasingly used to improve patient safety. This study explored whether the use of “internet of things” (i.e., network of physical objects – “things” – that are embedded with sensors, software or other technology to connect and exchange data with other devices, such as RFID technology) is effective at reducing patient falls and improving hand-hygiene compliance.

When hospitals began to fill up with COVID-19 patients, new strategies had to be developed and implemented quickly to reduce the spread of the virus. This article describes one strategy implemented by a New York hospital: relocating smart intravenous (iv) infusion pumps outside of patient rooms. Challenges, facilitators, and lessons learned are discussed.

Dashboards can be used to synthesize data and visualize patient safety indicators and metrics to facilitate decision-making. The authors reviewed design features of patient safety dashboards from 10 hospitals and discuss the variation in the use of performance indicators, style, and timeframe for displayed metrics. The authors suggest that future research explore how specific design elements contribute to usability, and which approaches are associated with improved outcomes.

Pregnancy and childbirth are recognized as high-risk activities for both the pregnant person and infant. This article describes the implementation of a postpartum hemorrhage patient safety bundle. Successes, challenges and recommendations for implementation are included.

The COVID-19 pandemic has led to dramatic changes in healthcare delivery. Based on semi-structured interviews and direct observations, researchers evaluated the impact of a new model of remote inpatient care using telemedicine technologies in response to the pandemic. Intensive care and internal medicine units were divided into contaminated and clean zones and an integrated control room with audio-visual technologies allowed for remote supervision, communication, and support. The authors conclude that this model can increase flexibility in staffing via remote consultations and allow staff to supervise and monitor more patients without compromising patient and staff safety.

The COVID-19 pandemic led to an increase in the use of telehealth in order to limit patient exposure to the virus. Findings from this study highlight the value of telehealth visits for patients with suspected respiratory infections to prevent further transmission. Researchers found that patients exposed to influenza-like illness in primary care office settings were more likely than nonexposed patients to return with a similar illness within two weeks.

The majority of preventable adverse events are multifactorial in nature and are a result of system failures. Using a case study, the authors outline a series of errors following misplacement of a PICC line. Failures include differences in recording electronic health record notes and communication between providers. Investigations of all adverse events will help identify and correct system failures to improve patient safety.

Artificial intelligence (AI) is currently used to assist with many healthcare practices, including diagnosing cancer, detecting deterioration, and medication reconciliations. As the use of AI continues to expand, regulators and legal experts will need to consider how to manage compensation for patients who have experienced medical errors. This commentary suggests no-fault compensation as a possible solution.