Biomedical subjects
H S Campbell
Publications and source records attributed to H S Campbell.
How the general practitioner can determine the need for ophthalmologic referral.
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Steve Fonyo Cancer Prevention Program: description of an innovative program.
The Steve Fonyo Cancer Prevention Program (SFCPP) was a demonstration project of community-based education strategies designed to increase behaviours which will result in reduced cancer deaths, and to assess the feasibility of the involvement of a provincial cancer agency in the delivery of community-based prevention programs. Using primarily two different strategies, the SFCPP attempted to influence people to choose healthy lifestyles which would reduce their risk of getting cancer and to practice those behaviours which would increase early detection. The health unit intervention component consisted of risk assessment, personalized feedback and an invitation to appropriate health education programs delivered by a nurse. The community-based component involved community members in the planning and delivery of cancer prevention programs. The program began in four small cities (combined population 165,000) in early 1987. A baseline survey was done prior to implementation to facilitate evaluation. The purpose of this article is to describe the planning and implementation of the Steve Fonyo Cancer Prevention Program.
Improving physicians' and nurses' clinical breast examination: a randomized controlled trial.
Health professionals' clinical breast examination accuracy and skills are not optimal. We conducted a randomized trial to evaluate changes in physicians' and nurses' lump detection accuracy and examination skills after a training program emphasizing development of tactile skills and using silicone breast models containing lumps of varying sizes, degrees of hardness, and depth of placement. Sensitivity, specificity, and examination technique were measured before and four months after training in 43 experimental group and 46 control group participants. Mean sensitivity increased from 57% to 63% in the experimental group but decreased from 57% to 56% in the control group (P less than or equal to .05). The experimental group's posttest sensitivity was better for each lump characteristic, with statistically significant improvement for the very small (0.3 cm) and medium hard lumps. Duration of examination independently predicted sensitivity. Specificity decreased from 56% to 41% in the experimental group while it increased from 56% to 68% in the control group (P less than or equal to .05). Physicians had significantly higher mean sensitivity than nurses overall, as well as for the larger (1.0 cm), very small (0.3 cm), and softer lumps, but significantly lower mean specificity (33% versus 57%, P = .03). The experimental group improved significantly in five of six technique components while the control group improved in only one. To determine the effect of training on specificity in the clinical setting, we examined medical records of women seen by a subset of experimental and control physicians during the six months following training. There were no significant differences in the proportion of abnormal breast examinations reported or the number of mammograms ordered by experimental and control physicians. Our results show health professionals can be taught successfully to improve their clinical breast examination accuracy and skills.