ABSTRACT
BACKGROUND: Despite substantial evidence to support the effectiveness of hand hygiene for preventing health care-associated infections, hand hygiene practice is often inadequate. Hand hygiene product dispensers that can electronically capture hand hygiene events have the potential to improve hand hygiene performance. A study on an automated group monitoring and feedback system was implemented from January 2012 through March 2013 at a 140-bed community hospital. METHODS: An electronic system that monitors the use of sanitizer and soap but does not identify individual health care personnel was used to calculate hand hygiene events per patient-hour for each of eight inpatient units and hand hygiene events per patient-visit for the six outpatient units. Hand hygiene was monitored but feedback was not provided during a six-month baseline period and three-month rollout period. During the rollout, focus groups were conducted to determine preferences for feedback frequency and format. During the six-month intervention period, graphical reports were e-mailed monthly to all managers and administrators, and focus groups were repeated. RESULTS: After the feedback began, hand hygiene increased on average by 0.17 events/patient-hour in inpatient units (interquartile range = 0.14, p = .008). In outpatient units, hand hygiene performance did not change significantly. A variety of challenges were encountered, including obtaining accurate census and staffing data, engendering confidence in the system, disseminating information in the reports, and using the data to drive improvement. CONCLUSIONS: Feedback via an automated system was associated with improved hand hygiene performance in the short-term.
Subject(s)
Feedback , Guideline Adherence/statistics & numerical data , Hand Hygiene/statistics & numerical data , Hospitals, Community/organization & administration , Infection Control/methods , Practice Guidelines as Topic , Cross Infection/prevention & control , Focus Groups , Hand Disinfection , Hospital Bed Capacity, 100 to 299 , Hospital Departments , Hospitals, Community/statistics & numerical data , Humans , Personnel, HospitalABSTRACT
INTRODUCTION: Introduction: Children in extended care facilities (ECFs) are at risk of healthcare-associated infections, but little hand hygiene (HH) research has been conducted in this unique setting. METHODS: Eight children across four pediatric ECFs were observed for a cumulative 128 hours, and all care giver HH opportunities were characterized by the World Health Organization's '5 Moments for HH'. Data were analyzed using Pearson's χ2 test. RESULTS: Observers documented 865 HH opportunities. Overall HH adherence was 43% and was significantly higher among clinical care givers than among non-clinical care givers (61% and 14%, respectively, (p < .01). CONCLUSIONS: Hand hygiene adherence was low, suggesting multiple opportunities for transmission of infectious agents.
Subject(s)
Hand Hygiene , Skilled Nursing Facilities , Adolescent , Child , Child, Preschool , Female , Humans , Infant , Infant, Newborn , Male , Young AdultABSTRACT
BACKGROUND: Measurement and monitoring of health care workers' hand hygiene compliance (i.e., actions/opportunities) is a key component of strategies to eliminate hospital-acquired infections. Little data exist on the expected number of hand hygiene opportunities (HHOs) in various hospital settings, however. The purpose of this study was to estimate HHOs in 2 types of hospitals--large teaching and small community--and 3 different clinical areas-medical-surgical intensive care units, general medical wards, and emergency departments. METHODS: HHO data were collected through direct observations using the World Health Organization's monitoring methodology. Estimates of HHOs were developed for 12-hour AM/PM shifts and 24-hour time frames. RESULTS: During 436.7 hours of observation, 6,640 HHOs were identified. Estimates of HHOs ranged from 30 to 179 per patient-day on inpatient wards and from 1.84 to 5.03 per bed-hour in emergency departments. Significant differences in HHOs were found between the 2 hospital types and among the 3 clinical areas. CONCLUSION: This study is the first to use the World Health Organization's data collection methodology to estimate HHOs in general medical wards and emergency departments. These data can be used as denominator estimates to calculate hand hygiene compliance rates when product utilization data are available.
