Thiery Alexandre H

Braeu Fabian A, Chuangsuwanich Thanadet, Tun Tin A, Perera Shamira, Husain Rahat, Thiery Alexandre H et al.

AI can predict optic nerve head robustness from a single OCT scan, potentially identifying glaucoma patients at higher risk for rapid vision loss, without needing invasive biomechanical testing.

Chiang Charis Y N, Braeu Fabian A, Chuangsuwanich Thanadet, Tan Royston K Y, Chua Jacqueline, Schmetterer Leopold et al.

AI analyzed wide-field OCT scans to diagnose glaucoma, finding that combining optic nerve head and macula data significantly improved diagnostic accuracy over either alone, suggesting better clinical detection.

Pham Tan Hung, Devalla Sripad Krishna, Ang Aloysius, Soh Zhi-Da, Thiery Alexandre H, Boote Craig et al.

Deep learning accurately identified anterior segment structures and quantified key measurements from OCT images, matching expert performance for glaucoma diagnosis and management, offering rapid, reliable automation.

Devalla Sripad Krishna, Liang Zhang, Pham Tan Hung, Boote Craig, Strouthidis Nicholas G, Thiery Alexandre H et al.

This review explored AI's role in glaucoma diagnosis and prognosis. It found AI offers promising tools to improve early detection and predict disease progression, potentially aiding clinical management.