INTRODUCTION: The objective of this study was to determine if the application of fluoride varnish (FV) to children 5 years and under was acceptable and practical for health care providers in a rural primary care office. METHODS: We employed a quasi-experimental study design comprised of providers who received education and training in FV application. Pre- and post-study surveys regarding barriers and facilitators were administered. Data was collected on the number of FV applications, time spent on procedure, perceived barriers, and overall cost. RESULTS: The total direct variable cost of providing FV was $4.35 per procedure, resulting in an $11.85 profit. FV application increased 9.57%. Potential barriers were lack of proper supplies, lack of adequate support staff, and lack of additional financial compensation for providers. DISCUSSION: FV application is a service that can be delivered in a rural practice with existing resources, but the initiative needs support from practice management.
INTRODUCTION: The objective of this study was to determine if the application of fluoride varnish (FV) to children 5 years and under was acceptable and practical for health care providers in a rural primary care office. METHODS: We employed a quasi-experimental study design comprised of providers who received education and training in FV application. Pre- and post-study surveys regarding barriers and facilitators were administered. Data was collected on the number of FV applications, time spent on procedure, perceived barriers, and overall cost. RESULTS: The total direct variable cost of providing FV was $4.35 per procedure, resulting in an $11.85 profit. FV application increased 9.57%. Potential barriers were lack of proper supplies, lack of adequate support staff, and lack of additional financial compensation for providers. DISCUSSION: FV application is a service that can be delivered in a rural practice with existing resources, but the initiative needs support from practice management.