Higashita Risa

Guo Philip Yawen, Zhang Xiulan, Li Fei, Lin Chen, Nguyen Anwell, Sakata Rei et al.

This study found that using normative angle measurement percentiles from OCT is more accurate than iris-trabecular contact for diagnosing gonioscopic angle closure, improving detection sensitivity and specificity.

Zhang Xiulan, Guo Philip Yawen, Lin Chen, Li Fei, Nguyen Anwell, Sakata Rei et al.

AS-OCT measured iris trabecular contact (ITC) extent, not gonioscopy, better predicts primary angle-closure/glaucoma risk, showing greater ITC correlates with higher disease odds.

Liu Peng, Higashita Risa, Guo Philip Yawen, Okamoto Keiichiro, Li Fei, Nguyen Anwell et al.

Deep learning accurately localizes the scleral spur and measures anterior chamber angles from AS-OCT images with reproducibility comparable to manual methods, offering a reliable automated tool for glaucoma assessment.

Randhawa Jasmeen, Chiang Michael, Porporato Natalia, Pardeshi Anmol A, Dredge Justin, Apolo Aroca Galo et al.

An OCT deep learning classifier consistently detected angle closure across diverse populations, showing strong agreement with human examiners. This tool could aid ophthalmologists in assessing angle status.