OBJECTIVE Autoantibody screening for type 1 diabetes provides an opportunity to improve outcomes. Existing screening programs have not explored integration into pediatrics via opportunistic screening, i.e., screening conducted as part of another blood draw. Here, we aimed to assess the status of screening in one health system, develop a program for opportunistic screening in pediatrics, and pilot the program to assess feasibility and identify real-world barriers. RESEARCH DESIGN AND METHODS The Geisinger system electronic health record was queried for pediatric patients who had pancreatic autoantibody testing, and relevant patients were manually reviewed to determine whether testing was completed as screening. To assess the potential of implementing opportunistic autoantibody screening into existing pediatric workflows, a pilot screening plan was implemented as an observational cohort study at a pediatric primary care clinic. Interviews were conducted to gather feedback on pilot implementation. RESULTS As of 2022, prior to the screening pilot, of 312,824 pediatric patients, 9 completed autoantibody testing as type 1 diabetes screening. An opportunistic autoantibody screening pilot was implemented in a pediatric primary care clinic between March and April 2024. During the pilot, of 120 eligible patients, 31 (26%) were enrolled and 19 (16%) completed screening. Post-pilot interviews identified barriers to screening and potential strategies to improve future implementation. CONCLUSIONS Type 1 diabetes screening was rarely performed. An opportunistic screening model in primary care was demonstrated to be feasible and could increase adoption of screening across the population with additional strategies to address identified barriers.
Nelson et al. (Tue,) studied this question.