Ophthalmology training requires visual interpretation, procedural skill, and supervised clinical reasoning, but trainee volume, faculty availability, and case mix constrain education. AI-enabled tools may support scalable instruction, assessment, and feedback. To evaluate AI-enabled interventions for improving ophthalm...
Abu Bakar Butt, Rachel Leong, Michael Balas (7022801) et al.· Figshare· 0 citations
Ophthalmology training requires visual interpretation, procedural skill, and supervised clinical reasoning, but trainee volume, faculty availability, and case mix constrain education. AI-enabled tools may support scalable instruction, assessment, and feedback. To evaluate AI-enabled interventions for improving ophthalm...
Abu Bakar Butt, Rachel Leong, Michael Balas (7022801) et al.· Figshare· 0 citations
AI-enabled interventions show promise as adjuncts to ophthalmology training, particularly for diagnostic learning and objective feedback, but evidence remains limited by small samples and heterogeneity, requiring larger, standardized studies to define AI's role.
Abu Bakar Butt, Rachel Leong, Michael Balas et al.· Seminars in Ophthalmology· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.
