Cho Austin

Hong Kendra L, Xu Benjamin Y, Wang Wei, Cho Austin, Foster Paul J, Jiang Yuzhen et al.

Nasal iridotrabecular contact (ITC) and greater ITC length on AS-OCT predict PACS to PAC progression. Qualitative ITC assessment offers a practical, accessible method for identifying high-risk PACS eyes, streamlining clinical risk stratification.

Hong Kendra L, Xu Benjamin Y, Wang Wei, Cho Austin, Kistler Natalie M, Foster Paul J et al.

Short-term changes in lens vault and angle width predict long-term angle closure progression in PACS eyes, enhancing risk assessment beyond baseline biometrics for earlier intervention.

Cho Austin, Lewinger Juan Pablo, Pardeshi Anmol A, Aroca Galo Apolo, Torres Mina, Nongpiur Monisha et al.

This study classified angle closure eyes using AS-OCT biometrics, finding that measurements, particularly in light, can distinguish disease severity and predict primary angle closure glaucoma, aiding risk stratification.

Cho Austin, Xu Benjamin Y, Friedman David S, Foster Paul J, Jiang Yu, Pardeshi Anmol A et al.

This study found static eye measurements, especially a small TISA500 in light, predict angle closure progression better than dynamic changes or dark measurements, aiding patient risk stratification.

Bao Yicheng K, Xu Benjamin Y, Friedman David S, Cho Austin, Foster Paul J, Jiang Yu et al.

This study found persistent angle narrowing after LPI, measured by AS-OCT or gonioscopy, predicts progression to angle closure. This identifies high-risk patients needing closer monitoring.

Zhou Sarah, Pardeshi Anmol A, Burkemper Bruce, Apolo Galo, Cho Austin, Jiang Xuejuan et al.

This study found primary angle closure disease risk rises sharply with hyperopia, not myopia. While anterior chamber depth is a stronger predictor, refractive error helps identify patients needing angle assessment.