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.

Reducing central line-associated bloodstream infections (CLABSI) is an important patient safety improvement target. This study examined the relationship between compliance with evidence-based CLABSI guideline bundles and CLABSI rates in 159 hospitals. Between 2011 and 2021, researchers found that adherence to bundle guidelines was associated with a significant reduction in CLABSI rate.

Previous research has found that racial and ethnic disparities can hinder the safe care of pediatric patients. In this cross-sectional study, researchers examined racial and ethnic disparities in central line-associated bloodstream infection (CLABSI) and unplanned extubation (UE) rates across 27 children’s hospitals in the United States. Compared to White patients, Black and African-American patients had higher UE rates and Hispanic, Native American, and Pacific Islander patients had higher CLABSI rates.

Parents of children with medical complexity are an important part of the care team and can raise awareness of safety concerns. This study included parents of children with medical complexity who had reported safety concerns to members of their child's healthcare team. Parents whose concerns were validated and addressed felt increased trust in the team and hospital, whereas those whose concerns were invalidated or ignored felt disrespected and judged.

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.

Hospital design has been associated with patient safety incidents. This study compared rates of medication administration errors in the pediatric unit of a new evidence-based design (EBD) hospital with rates at the older facility prior to moving to the EBD hospital. Despite implementing EBD, rates of distractions were lower at the older facility; “interruption by physician” was the only distraction type to improve in the new EBD hospital.

Diagnostic errors in pediatrics remain a significant focus of patient safety. This study uses two years of unplanned readmissions to a children’s hospital to identify missed opportunities for improving diagnosis (MOID). Clinician decision-making and diagnostic reasoning were identified as key factors for MOID. The authors recommend that future research include larger cohorts to identify populations and conditions at increased risk for MOID-related readmissions.

Reducing healthcare-associated infections (HAIs) is a patient safety priority. This article describes the development of a quality improvement initiative to reduce central line-associated bloodstream infections (CLABSI) on one pediatric oncology ward. The initiative included four key interventions – huddles to improve identification of patients at risk for CLABSI, leadership safety rounds, partnership with the vascular access team, and hospital-acquired condition (HAC) rounding cards to prompt discussions on central line functionality. This multimodal approach led to a significant reduction in CLABSI rates between 2020 and 2021, and an increase in CLABSI-free days.

Hand hygiene adherence is an essential component of patient safety. Using the SEIPS 2.0 model, this study explored clinician perspectives about high reliability in hand hygiene. The 61 respondents identified several barriers associated with aspects of organizational culture, environment, tasks and tools, including frequently empty alcohol-based hand rub dispensers and challenges with the layout of patient care areas.

Computerized physician order entry (CPOE) systems can prevent medication ordering and dispensing errors. This pre-post study compared medication safety outcomes for paper-based prescribing versus CPOE-based prescribing among pediatric patients at one German hospital. The researchers found that CPOE implementation resulted in fewer potentially harmful medication errors.

For incidents to be properly addressed, incident reports must be appropriately identified and categorized by safety managers. This study compared the categorization of incidents as involving health information technology (HIT) or not involving HIT by specialists trained in HIT and patient safety and safety managers trained in traditional methods of health safety. Safety managers only agreed with the HIT specialist classification 25% and 75% of the time on incidents involving or not involving HIT, respectively. Increased education for safety managers on the interaction of HIT and patient safety may result in better classification of HIT-related incidents.

Emergency room crowding is a persistent factor that degrades safety for patients of all ages. This collection provides background, best practices, and recommendations to reduce emergency department crowding and its negative impact on pediatric care. The publications examine factors that influence crowding and improvement at the input, departmental, and hospital/outpatient stages of emergency care.

Children with complex medical conditions are particularly vulnerable to medication errors. This article describes the development and implementation of a pharmacy-led medication rounding care model for children with medical complexity wherein clinicians and pharmacists conduct weekly reviews of all patient medications using a standardized checklist.

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.