Current Accreditation Council for Graduate Medical Education (ACGME) duty hour regulations limit resident work hours (no more than 80 hours per week or 24-28 consecutive hours on duty) in an effort to improve both resident and patient safety. This nationally representative survey found that over 90% of US adults disagree with the current duty hour policies, with 66% of respondents supporting additional limits on duty hours (to no more than 40 hours per week or 12 consecutive hours).

Parents of children with medical complexity can offer unique perspectives on hospital quality and safety. Prior to their child's discharge, parents were surveyed about their child's care, medications, safety, and other concerns experienced during their stay. Parents reported experiencing miscommunication with the providers and providers seemingly not communicating with each other. They also reported inconsistency in care/care plans, unmet expectations, lack of transparency, and a desire for their expertise to be taken seriously.

The Accreditation Council for Graduate Medical Education (ACGME) restrictions on resident work hours have improved resident well-being, but the impact on education, clinical and patient safety outcomes is less clear. This meta-analysis found that the 2003 ACGME restrictions (limiting residents to 80-hour work weeks and 28-hour shifts) was associated with an 11% reduction in mortality; however, there was no significant difference in mortality after the 2011 restrictions (limiting first-year residents to 16-hour shifts). These findings reinforce the impact of extended resident physician work hours and patient morbidity and mortality. The authors also recommend that future research examine the relationship between work hours and patient outcomes among other health care workers.

Implementation of or upgrades to new electronic health records (EHR) is a complex process which sometimes results in unforeseen negative consequences. This study examines hospital-acquired conditions (HACs) and care bundle compliance rates at 27 pediatric hospitals before, during, and after implementation or upgrade of EHR systems. Contrary to previous studies, no significant differences were found in either HAC or bundle compliance rates.

Diagnostic errors remain a major healthcare concern. This study was a retrospective record review of 882 pediatric intensive care unit (PICU) patients to identify diagnostic errors using the Revised Safer Dx tool. Diagnostic errors were found in 13 (1.5%) patients, most commonly associated with atypical presentation and diagnostic uncertainty at admission.

The Accreditation Council for Graduate Medical Education (ACGME) in the United States limits resident physicians' workweek to 80 hours. Several studies have investigated the association between first year residents (i.e., interns, PGY1), worked hours and patient safety. This study includes residents beyond the first year (i.e., PGY2+). Nearly 5,000 PGY2+ residents reported the number of hours worked, patient safety outcomes, and resident health and outcomes. Working more than 60 hours in a week significantly increased the risk of a medical error resulting in patient death. The authors suggest weekly workweek limits should be significantly reduced, such as they are in the United Kingdom.

Fatigue and sleep deprivation among healthcare workers can increase the risk of errors. This prospective study including 60 attending surgeons from departments of surgery or obstetrics and gynecology at eight hospitals found that sleep deficiency was not associated with greater numbers of errors during procedures performed the next day. However, non-technical skill performance, situational awareness, and decision making were adversely associated with sleep deficiency.  

I-PASS, a structured hand-off tool, can reduce preventable adverse events during transitions of care. Previously published studies have shown that Patient and Family-Centered (PFC) I-PASS rounds reduced preventable and non-preventable adverse events (AE) in hospitalized children. This study presents additional analysis, comparing AE rates in children with complex chronic conditions (CCC) to those without. Results show a reduction in AE in both groups, with no statistically significant differences between the groups, suggesting PFC I-PASS may be generalizable to broader groups of patients without needing modification.

I-PASS is a structured handoff tool to enhance communication during patient transfers and improve patient safety. This study found that I-PASS implementation at 32 hospitals decreased major and minor handoff-related adverse events and improved key handoff elements (e.g., frequency of handoffs with high verbal quality) across provider types and settings.

Striving for “zero harm” in healthcare has been advocated as a patient safety goal. In this article, the authors discuss the unintended consequences of “zero harm” goals and provide an alternative approach emphasizing learning and resilience goals (leveled-target goal setting, equal emphasis goals, data-driven learning, and developmental) rather than performance goals.

… for Patient Safety (SPS). While the results do show a reduction in harms, the authors state earlier claims of … The co-director of Partnership for Patients, Dr. Paul McGann, was interviewed in 2016 for a PSNet perspective . … Coffey M, Marino M, Lyren A, et al. Association between hospital …

Voluntary event reporting (VER) systems are required in most hospitals, but their effectiveness is limited if adverse events (AE) go unreported. In this study, researchers compared rates of AE submitted to the VER against those identified using the Global Assessment of Pediatric Patient Safety (GAPPS) trigger tool to identify disparities based on patient characteristics (i.e., weight, race, English proficiency). The GAPPS tool identified 37 AE in patients with limited English proficiency; none of these were reported to the VER system, suggesting a systematic underreporting of AE in this population.

Previous research has identified an association between patient weight and certain adverse events and patient safety threats, such as medication dosing errors and airway management. After analyzing data for pediatric patients discharged from a single children’s hospital, researchers in this study did not identify an association between patient body mass index (BMI) and the rate, severity, or preventability of adverse events.

Children with serious medical conditions are vulnerable to medical errors. This prospective study examined safety reporting behaviors among parents of children with medical complexity and hospital staff caring for these patients in one tertiary children’s hospital. Findings indicate that parents frequently identify medical errors or quality issues, despite not being routinely advised on how to report safety concerns.

… buy-in on the value of parent engagement. … Khan A, Baird J, Kelly MM, et al. Family safety reporting in medically …

Parent or caregiver limited English proficiency (LPE) has been associated with increased risk of their children experiencing adverse events. In this study, limited English proficiency was associated with lower odds of speaking up or asking questions when something does not appear right with their child’s care. Recommendations for improving communication with limited English proficiency patients and families are presented.

In 2011, the Accreditation Council for Graduate Medical Education (ACGME) introduced a 16-hour shift limit for first-year residents. Recent studies found that these duty hour requirements did not yield significant differences in patient outcomes and the ACGME eliminated the shift limit for first-year residents in 2017. To assess the impact of work-hour limits on medical errors, this study prospectively followed two cohorts of resident physicians matched into US residency programs before (2002-2007) and after (2014-2016) the introduction of the work-hour limits. After adjustment for potential confounders, the work-hour limit was associated with decreased risk of resident-reported significant medical errors (32% risk reduction), reported preventable adverse events (34% risk reduction), and reported medical errors resulting in patient death (63% risk reduction).

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.

Poor provider-provider and provider-patient communication can result in significant morbidity and mortality to patients and play a role in malpractice claims. 498 closed malpractice claims were reviewed, with communication failures identified in nearly half. Of the communication errors that involved a failed handoff (47%), the majority could have potentially been prevented with a structured handoff tool. 

Patient safety efforts increasingly seek patient input and engagement to improve care. In this qualitative study, patients and families reported on recent hospitalizations and their perceptions of their care and safety. Four main themes were elicited: (1) experiences with safety problems were not unusual, (2) patients and families developed “care stories” about their experiences, (3) there was a spectrum of trust between patients and providers, and (4) having someone advocate for them was important.