Reducing Falls in Hospitalized Children and Adolescents with Cancer and Blood Disorders: A Quality Improvement Journey.

Background: Falls in hospitalized pediatric patients represent a serious patient safety concern. Children and adolescents with cancer and blood disorders have inherent risk factors that increase the likelihood of injury from falls. The Hematology/Oncology (HO) and Stem Cell Transplant (SCT) inpatient units at Boston Children's Hospital embarked on a multiyear quality improvement journey to reduce inpatient falls in this population. Methods: A targeted Falls Reduction Task Force implemented key initiatives between 2020 and 2023. These include enhancing communication strategies to heighten awareness of the highest fall-risk patients, conducting a formal apparent cause analysis on every fall with injury, and initiating a physical therapy-led program to reduce deconditioning. Outcome measures were total falls, rate of preventable falls with injury per 1000 patient days, and days between preventable falls with injury. Our quality improvement team used statistical process control charts to track changes over time. Results: The combined rate of preventable falls with injury per 1000 patient days decreased from 0.63 in fiscal year (FY) 2020 to 0.25 in 2023. The SCT and HO units achieved a maximum of 442 days and 410 days, respectively, between preventable falls with injury in 2021-2023, compared with 124 and 117 days in 2020. The two units observed a 51% reduction in total falls over 4 years. Conclusions: A multifaceted fall reduction quality initiative effectively reduced preventable falls with injury on pediatric HO and SCT inpatient units, thereby reducing avoidable harm in a vulnerable patient population.

A nursing perspective on inpatient sleep and circadian disruptions for pediatric stem cell transplant patients.

BACKGROUND: Children treated with stem cell transplant (SCT) are routinely hospitalized for long periods where they are exposed to significant sleep and circadian disruptions. As nurses play a primary role in symptom management during SCT, we sought to understand their perspective on patient sleep and circadian disruptions, perceived barriers to a good sleep and circadian environment, and suggestions for improvement. PROCEDURE: Four focus groups were conducted with pediatric SCT nurses (N = 25 participants). A semistructured focus group guide was administered, with the discussions recorded and transcribed. A multistage thematic analysis combining prefigured and emergent dimensions was conducted. Our analysis focused on drawing comparisons within and across focus groups to understand the unique work experiences that participants had related to the patient's sleep and circadian environment. RESULTS: Three key themes emerged. First, nurses expressed a high awareness of how disruptive the hospital environment is for patients. Second, nurses described their extensive efforts to try to minimize the impact of these disruptions. Finally, they provided clear recommendations for how to improve upon these concerns, along with barriers that they perceive could impede implementation. CONCLUSIONS: Front-line caregivers on a pediatric SCT unit describe key contributors to sleep/circadian disturbances for patients. Within the constraints of the considerable medical needs of this patient population and the physical room/hospital environment, nurses strive to minimize these disruptions to the best of their ability. It is crucial that hospitals assess and remediate these disturbances for these children that have important implications for overall health.

Sleep and circadian disruptors: Unhealthy noise and light levels for hospitalized pediatric patients.

Noise and light levels during hospitalizations can disrupt sleep and circadian health, resulting in worsened health outcomes. This study describes patterns of noise and light for inpatient children undergoing stem cell transplants. Objective meters tracked noise and light levels every minute for 6 months. Median overnight sound was 55 dB (equivalent to conversational speech). There were 3.4 loud noises (>80 dB) per night on average. Children spent 62% of the 24-h cycle in nonoptimal lighting, with daytime light dimmer than recommended 98% of the time. Over the 6-month period, the lowest overnight noise level recorded exceeded World Health Organization recommendations for sleep, with frequent spikes into ranges known to cause wakings. During the day, children were rarely exposed to light sufficient to preserve healthy circadian rhythms. Hospitals should address systematic environmental and workflow disruptors to improve the sleep and circadian health of patients, particularly those already at elevated risk for health morbidities.