Heather S McLean1, Charlene Carriker2, William Clay Bordley3. 1. Division of Hospital and Emergency Medicine, Department of Pediatrics, and heather.mclean@duke.edu. 2. Duke Program for Infection Prevention, Duke University Medical Center, Durham, North Carolina. 3. Division of Hospital and Emergency Medicine, Department of Pediatrics, and.
Abstract
OBJECTIVE: The Joint Commission, the Centers for Disease Control and Prevention, and the World Health Organization challenge hospitals to achieve and sustain compliance with effective hand hygiene (HH) practice; however, many inpatient units fail to achieve a high level of reliability. The aim of the project was to increase and sustain health care worker (HCW) compliance with HH protocols from 87% (level of reliability [LOR] 1) to ≥95% (LOR 2) within 9 months on 2 pediatric inpatient units in an academic children's hospital. METHODS: This study was a time-series, quality-improvement project. Interventions were tested through multiple plan-do-study-act cycles on 2 pediatric inpatient units. HH compliance audits of HCWs on these units were performed randomly each week by the hospital infection prevention program. Control charts of percentages of HCW HH compliance were constructed with 3-σ (data within 3 SDs from a mean) control limits. These control limits were adjusted after achieving significant improvements in performance over time. Charts were annotated with interventions including (1) increasing awareness, (2) providing timely feedback, (3) empowering patients and families to participate in mitigation, (4) providing focused education, and (5) developing interdisciplinary HH champions. RESULTS: HH compliance rates improved from an average of 87% (LOR 1) to ≥95% (LOR 2) within 9 months, and this improvement has been sustained for >2 years on both pediatric inpatient units. CONCLUSIONS: Significant and sustained gains in HH compliance rates of ≥95% (LOR 2) can be achieved by applying high-reliability human-factor interventions.
OBJECTIVE: The Joint Commission, the Centers for Disease Control and Prevention, and the World Health Organization challenge hospitals to achieve and sustain compliance with effective hand hygiene (HH) practice; however, many inpatient units fail to achieve a high level of reliability. The aim of the project was to increase and sustain health care worker (HCW) compliance with HH protocols from 87% (level of reliability [LOR] 1) to ≥95% (LOR 2) within 9 months on 2 pediatric inpatient units in an academic children's hospital. METHODS: This study was a time-series, quality-improvement project. Interventions were tested through multiple plan-do-study-act cycles on 2 pediatric inpatient units. HH compliance audits of HCWs on these units were performed randomly each week by the hospital infection prevention program. Control charts of percentages of HCW HH compliance were constructed with 3-σ (data within 3 SDs from a mean) control limits. These control limits were adjusted after achieving significant improvements in performance over time. Charts were annotated with interventions including (1) increasing awareness, (2) providing timely feedback, (3) empowering patients and families to participate in mitigation, (4) providing focused education, and (5) developing interdisciplinary HH champions. RESULTS: HH compliance rates improved from an average of 87% (LOR 1) to ≥95% (LOR 2) within 9 months, and this improvement has been sustained for >2 years on both pediatric inpatient units. CONCLUSIONS: Significant and sustained gains in HH compliance rates of ≥95% (LOR 2) can be achieved by applying high-reliability human-factor interventions.
Authors: Ben D Albert; Chonel Petti; Adrianna Caraglia; Margaret Geller; Robin Horak; Megan Barrett; Ryan Hastings; Mary O'Brien; Jennifer Ormsby; Thomas J Sandora; Monica E Kleinman; Gregory P Priebe; Nilesh M Mehta Journal: Pediatr Qual Saf Date: 2019-11-06
Authors: Melanie Kappelmann-Fenzl; Claudia Gebhard; Alexander O Matthies; Silke Kuphal; Michael Rehli; Anja Katrin Bosserhoff Journal: Cell Death Dis Date: 2019-08-05 Impact factor: 8.469