Simulation can be used to identify latent safety threats (LSTs) when implementing new workflows or care locations. In this study, simulation scenarios were used to identify LSTs associated with the opening of a new emergency department and critical care area. The 118 identified threats involved equipment, structural or layout issues, resource concerns, and knowledge gaps. Failure mode and effects analysis informed an action plan to mitigate these threats.

Structured handoffs can improve the quality of patient information passed from one care team to another. This article describes intensivists' perspectives on a potential handoff tool (ICU-PAUSE) for handoff from the intensive care unit (ICU) to medical ward. They described the usefulness of a structured clinical note, especially regarding pending tests and the status of high-risk medications. Several barriers were also discussed, such as the frequent training required for residents who rotate in and out of the ICU and potential duplication of the daily chart note.

Crisis (or crew) resource management (CRM) training focuses on improvement of non-technical skills such as communication, teamwork, and situational awareness. This quality improvement project consisted of simulation-based CRM training in the context of intensive care unit admission. Interviews with participants, conducted three months after the simulation, revealed several themes including reflections on patient safety. Participants described positive changes in workflow, professional standards, and smoother and controlled processes.

Intensive care units (ICUs) are complex care environments at high risk for medical errors. In this retrospective study, researchers identified the occurrence of common ICU scenarios and skills during code blue events and measured trainees’ self-reported confidence in these skills. The analysis found that more than 25% of trainees reported low levels of confidence in three scenarios – familiarity with the advanced life support trolley, electrocardiogram strip interpretation, and operation of an external defibrillator. This process of integrating critical incident data with trainee self-assessment can be generalized to other clinical scenarios to create targeted education and simulation curriculum.

Health information technology (IT) usability continues to be a source of patient harm. This study describes the perspectives of a variety of pediatric trauma team members (e.g., pediatric emergency medicine attending, surgical technician, pediatric intensive care unit attending) on the usability of a potential team health IT care transition tool. Numerous barriers and facilitators were identified and varied across department and role.

In situ simulation is a valuable tool to identify latent safety threats. In this study, 36 unannounced in situ in-hospital cardiac arrest (IHCA) simulations were conducted across 4 hospitals and identified 30 system errors. Errors were categorized as involving human, organization, hardware, or software errors. These system errors contributed to treatment delays and care omissions.

Voluntary reporting is an important tool for institutions to identify latent safety threats before they reach the patient but barriers to reporting result in low reporting rates. This quality improvement (QI) project aimed to increase near miss and error reporting within 9 intensive care units (ICU) in one healthcare system. After identifying barriers to reporting (e.g., user difficulty with online reporting system), a multi-faceted intervention was developed and implemented. Error reporting increased in 6 of 9 ICUs following implementation, with a significant increase in near miss reports.

Simulation trainings are widely used to identify safety threats and improve processes. By analyzing video recordings of pediatric cardiac arrest simulations, researchers were able to identify 5 main areas of errors: clinical, planning and execution, communication, distraction, and knowledge/training. Investigating the root causes of these errors can result in improved trainings and, thus, improved patient outcomes.

High-alert medications can cause serious patient harm if administered incorrectly. This article describes a quality improvement project to reduce medication errors involving high-alert sedative and analgesic medications in the intensive care unit (ICU) through use of protocolized and centralized smart intravenous infusion pump technology. Use of the protocolized software led to the interception of nearly 400 infusion-related programming errors.

Improving diagnosis in pediatrics is an ongoing patient safety focus. This retrospective study included 129 pediatric emergency transfer cases and examined the relationship between missed opportunity for improvement in diagnosis (MOID; determined using SaferDx) and patient outcomes. Researchers found that MOID occurred in 29% of emergency transfer cases and it was associated with higher risk of mortality and longer post-transfer length of stay.

Rapid response teams (RRT) are activated, typically by nurses, when a patient demonstrates signs of imminent clinical deterioration, in order to prevent death or transfer to the intensive care unit (ICU). This study asks ICU managers about their perceptions of RRT beyond the stated goal of preventing patient deterioration. They describe the RRT as providing valuable education for new nurses and physicians and enhancing cohesion between the ICU and other wards. However, nurse managers stated they wanted more data and feedback from executive leadership.

Fatigue and sleep deprivation of anesthesia providers can result in decreased non-technical skills and psychomotor functioning. This study of 1,200 anesthesia and intensive care trainees in Europe describes the impact of work-related fatigue on well-being, commuting, and potential for medical errors. Two-thirds of respondents reported making or nearly making a medical error after working long hours. In addition to implementing shorter work schedules, the authors also encourage a culture where it is acceptable to admit fatigue, and where resting is encouraged.

Anticoagulants are high-risk medications in both outpatient and inpatient settings. This study compared two time periods, both before and after implementation of anticoagulant safety programs, to assess changes in type, severity, root cause, and outcomes of adverse events in hospitalized patients. Despite numerous changes in procedures and technology, adverse events increased in the post-implementation period.

Medication reconciliation is used when a patient moves from one level or location of care to another, to ensure they are receiving the appropriate medications. This retrospective study reviewed completed medication reconciliations of adult patients transferring from the intensive care unit to the ward. Nearly one in five had an error requiring physician changes to the order. Of those errors, 19% were high-alert medications, most notably low-molecular-weight heparin.

Multiple handoffs during perioperative care present opportunities for error. This article outlines a conceptual framework to support the development, implementation, and evaluation of patient-centered handoffs during perioperative care. The authors describe a multi-component handoff improvement bundle including mnemonics and checklists (such as I-PASS), technology solutions to reinforce verbal handoffs, interprofessional handoff training and assessment, and leadership support to promote safety culture.

Handoffs are an inevitable part of hospital care; clear communication between providers is required to ensure safe care. This quality improvement project aimed to improve handoffs between the cardiovascular (CV) operating room and CV intensive care unit by developing, implementing, and sustaining a structured handoff bundle. A participatory design was used to ensure that the tool contained only the key elements to support implementation without overburdening users.

Intensive care units (ICU) experienced extensive, rapid reorganization at the beginning of the COVID-19 pandemic. This qualitative study of ICU personnel uncovered multiple ways they experienced decreases in patient safety during the initial reorganization. They reported the unfortunate necessity of "cutting safety corners," poorly adapted temporary ICUs, and feelings of increased personal responsibility due to changes in skill mix. Participants reported the care provided was safe, but of lower quality than was typical.

Structured handoffs are recognized as a method to ensure that complete, accurate information is shared between teams. This article describes the impact of the Handoffs and Transitions in Critical Care (HATRICC) study on accuracy and completeness of handoff before and after implementation of a structured handoff tool. Post-intervention, the accuracy and completeness of handoffs improved. Omissions, mortality, and length of intensive care unit (ICU) stay were reported in a 2019 study.