• William Hogg, Patricia Huston, Carmel Martin, Raphael Saginur, Adriana Newbury, Eileen Vilis, and Enrique Soto.
• Department of Family Medicine, University of Ottawa, Ontario, Canada. whogg@uottawa.ca
• Can Fam Physician. 2006 Sep 1; 52 (9): 111011111110-1.

ObjectiveTo determine the effectiveness of a short-term intervention to promote best practices for control of respiratory infections in primary care physicians' offices.DesignBefore-after observational study.SettingFamily physicians' offices in Ottawa, Ont.ParticipantsGeneral practitioners and office staff.InterventionsFour infection-control practices (use of masks, alcohol-based hand gel, and signs, and asking patients to sit at least 1 m apart in the waiting room) were observed, and 2 reported infection-control practices (disinfecting surfaces and use of hand-gel dispensers in examining rooms) were audited before the intervention and 6 weeks after the intervention.Main Outcome MeasuresPercentage of patients asked to use masks and alcohol-based hand gel, number of relevant signs, and percentage of patients asked to sit at least 1 m away from other patients. Percentage of surfaces disinfected and percentage of physicians using hand-gel dispensers in examining rooms.ResultsOf 242 practices invited, 53 agreed to participate (22% response rate), and within those practices, 143/151 (95%) physicians participated. Signs regarding respiratory infection control measures increased from 15.4% to 81.1% following the intervention (P < .001). At least 1 patient with cough and fever was given a mask in 17% of practices before the intervention; during the observation period after the intervention, at least 1 patient was given a mask in 66.7% of practices (P < .001). Patients were instructed to use alcohol-based hand gel in 24.5% of practices before the intervention and in 79.2% of practices after it (P < .001). Instruction to sit at least 1 m from others in the waiting area was given in 39.6% of practices before the intervention and in 52.8% of practices following the intervention (P < .001). Before the intervention, the percentage of practices using all 4 audited primary prevention measures was 3.8%; after the intervention, 52.8% of practices were using them (P < .001), demonstrating a 49% increase in adoption of best practices.ConclusionA multifaceted intervention by public health nurses successfully promoted best practices for control of respiratory infections in primary care offices. Collaboration between public health services and primary care can promote best practices and warrants further study and development in areas of common interest.

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