Continuing Medical Education as a Tool to Accelerate the Adoption of Extended-Duration Intravitreal Anti-VEGFs

Purpose: This study evaluated the impact of a comprehensive, curriculum-based continuing education (CE) programme on the adoption of second-generation intravitreal anti-VEGF therapies among ophthalmologists treating patients with diabetic macular oedema (DME) or neovascular age-related macular degeneration (nAMD). Methods: A multimodal educational curriculum was developed for eye care providers, incorporating principles of adult learning and marketing strategies. The curriculum included 14 CE activities (didactic content, case scenarios, live meetings, interprofessional activities, and downloadable resources) delivered from July 2024 through April 2026. Surveys, assessing knowledge, attitudes, and clinical decision-making, were administered before, during, and after participation. Participants were categorised as single-activity learners (one activity) or multiple-activity learners (three or more activities). Statistical analyses compared knowledge acquisition, comfort, and adoption of second-generation anti-VEGF agents between groups. Results: As of September 2025, 5,975 providers completed at least one activity; 398 providers, with complete data, were analysed (289 single-activity, 109 multiple-activity learners). Both groups, post education, demonstrated improved knowledge and comfort with second-generation anti-VEGF agents. Multiple-activity learners had higher baseline knowledge and consistently selected second-generation agents more frequently in case scenarios. Single-activity learners showed greater knowledge gains, while multiple-activity learners maintained higher overall knowledge. The curriculum increased preparedness for future use of new therapies, particularly among low-frequency injectors (<9 injections/week), though some barriers to adoption persisted. Conclusion: A curriculum-based, multimodal CE programme can accelerate the adoption of innovative therapies by improving clinician knowledge, comfort, and clinical decision-making. Iterative, data-driven education is effective in bridging gaps between emerging science and real-world practice, ultimately supporting better patient outcomes in nAMD and DME care.