TSG University is a compilation of various articles and information that you can use to get educated on health related matters


Evidence-based Interventions

  1. APIC Poster: Impact and Results of Automated Hand Hygiene Compliance Monitoring (2013)
    Susan Blumstein, MT, CIC, CPHQ; Shelby Baptist Medical Center, Alabaster, AL
  2. APIC Poster: Targeting the Competitive Spirit to Diminish Nosocomial Infection Markers (2013)
    Angela Collins, DSN, RN, CCNS, APRN, BC, Surgical Clinical Nurse Specialist; Trent Moore, RN, Nurse Manager, SICU; Paula Davenport, RN, MS, CNOR, Director of Surgical Services; Princeton Baptist Medical Center, Birmingham, AL
  3. APIC Poster: Novel Technology Enhances Patient Safety Through Improved Hand Hygiene Compliance (2013)
    Ann M. Richards, RN, BSN, Infection Preventionist; Atlantic Health System, Overlook Medical Center, Summit, NJ
  4. APIC Poster: Automated Hand Hygiene Monitoring and Nosocomial Infection Marker Reduction (2013)
    Angela Denise Cape, RN, Infection Preventionist and Employee Health Coordinator; Medical Center Enterprise, Enterprise, AL
  5. APIC Poster: Success with Technology to Increase Hand Hygiene Compliance (2013)
    Joan E. Wofford, DNP, CRNP, ACNP-BC, Coordinator Cardiac Service Line; Huntsville Hospital, Huntsville, AL
  6. APIC Poster: The Effects of Executive Involvement, Goal Setting, Targeted Education and Caregiver Recognition on Hand Hygiene Performance (2013)
    Cheryl Bailey, RN, BSN, MBA, CNO/VP Patient Care Services; Cullman Regional Medical Center, Cullman, AL
  7. APIC Poster: Impact of an Automated Hand Hygiene Monitoring Technology on Hand Hygiene Compliance and Infection Rates (2013)
    Lisa H. Moore, RN, CPHRM, Director, Risk Management, Infection Prevention, Patient Relations; Baptist Memorial Hospital, Memphis, TN
  8. APIC Poster: The Importance of Culture in Successful Implementation of a Hand Hygiene Compliance Monitoring System (2013)
    Dot Barley, RN, CIC, Infection Preventionist, Employee Health Coordinator; Baptist Medical Center East, Montgomery, AL
  9. APIC Poster: Electronic Hand Hygiene Monitoring and Surveillance (2013)
    Cheri Plasters, BSN, CCRN; Domeka Casey, BSN, CCRN; UAB Hospital, Birmingham, AL
  10. APIC PosterReproducibility of Results in Decreasing Healthcare Associated Infections with the Use of Electronic Hand Hygiene Surveillance Technology (2012)
    Brenda D. Edwards Brazzell, RN, BS, Manager, Infection Prevention; Princeton Baptist Medical Center, Baptist Health System, Birmingham, AL
  11. White PaperReproducibility of Results Achieved with the Use of an Electronic Hand Hygiene Surveillance and Feedback Monitoring Device, in Decreasing Healthcare Associated Infections (2011)
    Jason Blackstock, RN, MSN, CNML; Brenda Brazzell, RN, BS; Richard Embrey, MD, MBA; Princeton Baptist Medical Center, Birmingham, AL
  12. APIC PosterImproving Hand Hygiene Practice through Utilization of Automated Hand Hygiene Monitoring and Feedback Technology (2012)
    Candie B. Northey, RN, BSN, CIC, Patient Safety Officer, National Division, LifePoint Hospitals; Andalusia Regional Hospital, Andalusia, Alabama
  13. SHEA PosterValidation of an Automated System for Monitoring Hand Hygiene Compliance (2011)
    Emily Landon Mawdsley MD, Heather Limper MPH, Lisa Pineles, Stephen G. Weber MD MSc, Daniel Morgan MD; University of Maryland School of Medicine, University of Chicago Medical Center
  14. APIC PosterEfficacy of an Electronic Hand Hygiene Surveillance and Feedback Monitoring Device Against Healthcare Associated Infections (2011)
    Regina Yarbrough, RN, MPPM, MSN, Paula Davenport, BSN, MS, CNOR, Gloria Dietz, RN, Brenda Brazzell, RN, Bruce Tucker, MD; Princeton Baptist Medical Center, Baptist Health System, Birmingham, AL
  15. White PaperEfficacy of nGage by Proventix, an Electronic Hand Hygiene Surveillance and Feedback Monitoring Device, Against Healthcare Associated Infections (2010)
    Regina Yarbrough, RN, Paula Davenport, RN, Gloria Dietz, RN, Brenda Brazzell, RN, Dr. Bruce Tucker, MD; Princeton Baptist Medical Center, Birmingham, AL
  16. Using nGage to Transform Healthcare
  17. Joint Commission Center for Transforming Healthcare – Best Practices November 2010

General Information on Hand Hygiene

  1. Measuring Healthcare Worker Hand Hygiene Activity: Current Practices and Emerging Technologies
  2. Measuring Hand Hygiene Adherence: Overcoming the Challenges
  3. WHO Guidelines on hand hygiene in health care
  4. How-to Guide: Improving Hand Hygiene; A Guide for Improving Practices among Health Care Workers
  5. WHO Guidelines on Hand Hygiene in Health Care (Advanced Draft); Global Patient Safety Challenge 2005-2006: Clean Care is Safer Care
  6. Online “Wikipedia” collaboration site for “hand washing”
  7. Online “Wikipedia” collaboration site for “health care associated infections”
  8. World Health Organization — Save Lives Clean Your Hands Campaign May 5th – Healthcare Facilities World Wide Encourage to Register Support
  9. National Patient Safety Agency — UK — Clean Your Hands Campaign
  10. Electronic Hand Hygiene Surveillance and Feedback Monitoring Compels Compliance Through Behavior Change

Behavior and Hand Hygiene

  1. The 13 Behaviors of a High Trust Leader
  2. Constructive Supervisory Confrontation: What Employees Want
  3. A systematic review of hand hygiene improvement strategies: a behavioral approach
  4. It’s not all about me: motivating hand hygiene among health care professionals by focusing on patients
  5. The efficacy of visual cues to improve hand hygiene compliance

Healthcare-Associated Infection and hand hygiene

  1. Hand Hygiene Noncompliance and the Cost of Hospital-Acquired Methicillin-Resistant Staphylococcus aureus Infection
  2. HHS Action Plan To Prevent Healthcare Associated Infections — April 2013 (Part 3: Phase One – Acute Care Hospitals)
  3. CDC Guidelines for the Prevention of Intravascular Catheter-Related Infections, 2011
  4. The Direct Medical Costs of Healthcare-Associated Infections in U.S. Hospitals and the Benefits of Prevention
  5. Dispelling the Myths: The True Costs of Healthcare-Associated Infections
  6. 2005, 2006, 2007, 2009, 2010 Pennsylvania — Healthcare-Associated Infection  Impact Reports
  7. Estimating Health Care-Associated Infections and Deaths in U.S. Hospitals, 2002
    Public Health Reports, March-April 2007, Volume 122
  8. State legislatures weigh in on healthcare-associated infection March 2007

Published Studies

  1. A 36-Hospital Time and Motion Study: How Do Medical-Surgical Nurses Spend Their Time? (2008)
  2. Automated hand hygiene count devices may better measure compliance than human observation (2012)
  3. Do hospital visitors wash their hands? Assessing the use of alcohol-based hand sanitizer in a hospital lobby (2011)
  4. Evaluation of an Electronic Device for Real-Time Measurement fo Alcohol-Based Hand Rub Use (2013)
    In conclusion, electronic devices provided an efficient and accurate method of determining the number of hand hygiene events performed with alcohol-based hand rub at 2 study locations (ie, the general medical ward and the SICU). The large number of hand hygiene events recorded in the present study (ie, more than 150,000 events) was feasible because of the length of the study and limited time necessary to collect data from dispensers by using wireless technology. Unlike other methods for determining product use, the electronic devices that were used provided specific data on the number of hand hygiene events per month, per week, per day, and per hour. The devices allowed us to study the impact of the location of a dispenser on the frequency of hand hygiene and to establish which dispensers had the highest and lowest rates of use. Such devices are useful for monitoring hand hygiene rates before and after various types of interventions designed to improve hand hygiene performance among HCWs.
  5. Frequency of Patient Contact with Health Care Personnel and Visitors: Implications for Infection Prevention (2012)
  6. Measuring Rates of Hand Hygiene Adherence in the Intensive Care Setting: A Comparative Study of Direct Observation, Product Usage, and Electronic Counting Devices (2013)
  7. Monitoring hand hygiene: Meaningless, harmful, or helpful? (2013)
    Clearly, direct observation of hand hygiene is impractical, costly, and, most importantly, inaccurate and misleading. Hence, direct observation not sustainable and should be replaced with more automated monitoring methods. Newer technologies (eg, alcohol sensing that sends infrared signal to the badge, sensors in doorways, video cameras, or radio frequency-enabled  dispensers) are available to provide immediate feedback to individual staff members) or as aggregated groups such as a unit, a shift, or a dispenser
  8. Hospital hand hygiene opportunities: Where and when (HOW2)? The HOW2 Benchmark Study (2011)
  9. How to Guide – Improving Hand Hygiene — A Guide for Improving Practices among Health Care Workers (~2005)
    This guide was prepared in collaboration with the Centers for Disease Control and Prevention (CDC), the Association for Professionals in Infection Control and Epidemiology (APIC), and the Society of Healthcare Epidemiology of America (SHEA), and has been endorsed by APIC and SHEA. Valuable input also was provided by the World Health Organization’s World Alliance for Patient Safety through the Global Patient Safety Challenge.
  10. Improving Adherence to Hand Hygiene Practice: A Multidisciplinary Approach (2001)
    Hand hygiene prevents cross-infection in hospitals, but health-care workers’ adherence to guidelines is poor. Easy, timely access to both hand hygiene and skin protection is necessary for satisfactory hand hygiene behavior. Alcohol-based hand rubs may be better than traditional handwashing as they require less time, act faster, are less irritating, and contribute to sustained improvement in compliance associated with decreased infection rates. This article reviews barriers to appropriate hand hygiene and risk factors for noncompliance and proposes strategies for promoting hand hygiene
  11. Hand hygiene in the intensive care unit: prospective observations of clinical practice. (2008)
    INTRODUCTION: Adherence to hand hygiene recommendations in the intensive care unit (ICU) is variable and moderate, at best. OBJECTIVES: To measure adherence to hand hygiene recommendations among ICU clinicians in a prospective observational study in 6 multidisciplinary ICUs among 4 hospitals. PATIENTS AND METHODS: We observed 115 clinicians (64 nurses, 21 respiratory therapists, 18 residents and 12 physicians) during 1 patient encounter, each. Clinicians were unaware that they were under observation. We documented use of gloves, soap, and alcohol solution before and after patient encounters for purposes of physical examination or patient care. RESULTS: The rate of adherence to current recommendations was 251 (95% CI 13.7-28.2). All 23 clinicians adhering to recommendations used gloves followed by washing with soap or alcohol solution. 57.4% (95% CI 48.3-66.0) of clinicians used some form of hand hygiene without fully adhering to recommendations, whereas 42.6% did not appear to attend to hand hygiene at all during observation. By univariate analysis, with nurses as the reference group, we found trends suggesting lowest adherence rates among residents (odds ratio [OR] 0.32, 95% CI 0.11-0.96) and intensivists (OR 0.46, 95% CI, 0.13-1.60), and highest adherence among respiratory therapists (OR 2.05, 95% CI 0.67-6.30). We also observed a center effect (p = 0.04). However, multivariate analysis showed no relationship of hand hygiene to clinician group (p = 0.06) nor ICU (p = 0.05). CONCLUSIONS: Multidisciplinary, multimethod approaches to improving hand hygiene are likely necessary to improve the modest adherence to hand hygiene that we observed.
  12. Handwashing program for the prevention of nosocomial infections in a neonatal intensive care unit (2004)
    OBJECTIVE: To evaluate the effects of a hand hygiene program on compliance with hand hygiene and the rate of nosocomial infections in a neonatal intensive care unit (NICU). DESIGN: Open trial. SETTING: A level-III NICU in a teaching hospital. PARTICIPANTS: Nurses, physicians, and other healthcare workers in the NICU. INTERVENTIONS: A multimodal campaign for hand hygiene promotion was conducted beginning in September 1998. This program consisted of formal lectures, written instructions and posted reminders regarding hand hygiene and proper handwashing techniques, covert observation, financial incentives, and regular group feedback on compliance. Surveillance of handwashing compliance and nosocomial infections before and during the program was analyzed. RESULTS: Overall compliance with hand hygiene improved from 43% at baseline to 80% during the promotion program. The rate of nosocomial infections decreased from 15.13 to 10.69 per 1,000 patient-days (P = .003) with improved handwashing compliance. In particular, respiratory tract infections decreased from 3.35 to 1.06 per 1,000 patient-days during the handwashing campaign (P = .002). Furthermore, the correlation between nosocomial infection of the respiratory tract and handwashing compliance also reached statistical significance (r = -0.385; P = .014). CONCLUSIONS: Improved compliance with handwashing was associated with a significant decrease in overall rates of nosocomial infection and respiratory infections in particular. Washing hands is a simple, economical, and effective method for preventing nosocomial infections in the NICU.
  13. Hand hygiene: simple and complex (2005)
    As most nosocomial infections are thought to be transmitted by the hands of healthcare workers, handwashing is considered to be the single most important intervention to prevent nosocomial infections. However, studies have shown that handwashing practices are poor, especially among medical personnel. This review gives an overview of handwashing in health care and in the community, including some aspects that have attracted little attention, such as hand drying and cultural issues determining hand hygiene behavior. Hand hygiene is the most effective measure for interrupting the transmission of micro-organisms which cause infection, both in the community and in the healthcare setting. Using hand hygiene as a sole measure to reduce infection is unlikely to be successful when other factors in infection control, such as environmental hygiene, crowding, staffing levels and education, are inadequate. Hand hygiene must be part of an integrated approach to infection control. Compliance with hand hygiene recommendations is poor worldwide. While the techniques involved in hand hygiene are simple, the complex interdependence of factors that determine hand hygiene behavior makes the study of hand hygiene complex. It is now recognized that improving compliance with hand hygiene recommendations depends on altering human behavior. Input from behavioral and social sciences is essential when designing studies to investigate compliance. Interventions to increase compliance with hand hygiene practices must be appropriate for different cultural and social needs.