Richard K. Zimmerman1, Mary Patricia Nowalk
1, Chyongchiou J. Lin
2, Dwight E. Fox
1, Mahlon Raymund
1, Jay D. Harper
3, and Mark Tanis
3. (1) Department of Family Medicine and Clinical Epidemiology, University of Pittsburgh, 3518 5th Avenue, Pittsburgh, PA, USA, (2) Department of Radiation Oncology, University of Pittsburgh, Pittsburgh, PA, (3) Employee Health, University of Pittsburgh Medical Center, Pittsbrugh, PA
Learning Objectives for this Presentation:
By the end of the presentation participants will be able to identify successful strategies for increasing health care worker influenza vaccination rates by job category and level of patient contact.
Background:
Influenza vaccination of health care workers (HCWs) is encouraged by the Advisory Committee on Immunization Practices (ACIP) and is a Joint Commission quality measure for health care facilities.
Objectives:
To evaluate the success of a program to increase HCW influenza vaccination rates.
Methods:
In a large, multi facility health system, interventions to improve influenza vaccination rates were implemented. Publicity campaigns promoting and announcing availability of influenza vaccines were disseminated health-system wide. Other interventions were site specific with hospitals divided into four groupings of interventions (Incentives, Carts; Incentives, No Carts; No Incentives, Carts; No Incentives, No Carts). Vaccination rates were analyzed by three job categories: Direct patient care, Indirect patient contact and Business/administration. Logistic regression analyses examined the odds of vaccination overall controlling for demographics, type of hospital, job category and intervention grouping.
Results:
Approximately 1/3 of HCWs were >/=50 years, the age at which all adults are recommended to receive influenza vaccine; 76% were female and 16% were non-white. Approximately one-half of HCWs had direct patient contact, 19% had indirect patient contact and 30% were in business/administrative roles. Overall vaccination rates increased from 29% to 40%. In logistic regression analyses, likelihood of influenza vaccination was significantly increased among those who were >/=50 years, female, white, working in community hospitals and in hospitals with interventions (P<.05). Job category was not significant. Separate logistic regression by job category indicated that the interventions did not affect vaccination rates among the business/administrative workers, but were effective for HCWs with both indirect and direct patient contact.
Conclusions:
Effectiveness of hospital-wide interventions to increase HCW influenza vaccination varies with type of job.