Cheung Carol Yim-Lui

Tao Yijin, Tham Yih Chung, Chee Miao Li, Majithia Shivani, Thakur Sahil, Soh Zhi-Da et al.

This study found healthy Asian populations have ethnic differences in RNFL symmetry, with Malays and Indians having lower symmetry than Chinese, suggesting universal glaucoma detection cut-offs are flawed and ethnic-specific norms are needed.

Ting Daniel Shu Wei, Cheung Carol Yim-Lui, Lim Gilbert, Tan Gavin Siew Wei, Quang Nguyen D, Gan Alfred et al.

A deep learning system accurately detected diabetic retinopathy, possible glaucoma, and AMD from retinal images in diverse diabetic populations, showing promise for efficient screening and early intervention.

Tham Yih-Chung, Siantar Rosalynn Grace, Cheung Carol Yim-Lui, Tan Shu-Pei, Koh Victor T, Aung Tin et al.

This study found narrower retinal vessels are linked to glaucoma, partly because they cause retinal nerve fiber layer thinning, suggesting vascular health contributes to nerve damage in glaucoma.

Wu Renyi, Cheung Carol Yim-Lui, Saw Seang Mei, Mitchell Paul, Aung Tin, Wong Tien Yin

This study found decreased retinal vessel tortuosity and narrower venular branching angles are independently associated with glaucoma, suggesting vascular changes contribute to disease risk.

Leung Christopher Kai-Shun, Chiu Vivian, Weinreb Robert N, Liu Shu, Ye Cong, Yu Marco et al.

This study compared SD-OCT and TD-OCT for detecting glaucoma progression. SD-OCT (Cirrus) detected significantly more retinal nerve fiber layer progression than TD-OCT (Stratus), indicating its superior clinical utility for monitoring glaucoma.

Wu Ren-Yi, Wong Tien-Yin, Zheng Ying-Feng, Cheung Carol Yim-Lui, Perera Shamira A, Saw Seang Mei et al.

This study found refractive error significantly influences optic disc parameters; myopic eyes have larger discs/rims, while hyperopic eyes have smaller ones, impacting glaucoma assessment.

Leung Christopher Kai-Shun, Cheung Carol Yim-Lui, Weinreb Robert Neal, Liu Shu, Ye Cong, Lai Gilda et al.

This study found Stratus OCT's fast RNFL scan detects more glaucoma progression than the regular scan, suggesting it's preferable for monitoring nerve damage.

Wu Ren-Yi, Zheng Ying-Feng, Wong Tien-Yin, Cheung Carol Yim-Lui, Loon Seng-Chee, Chauhan Balwantray C et al.

This study found that in Malay glaucoma patients, thinner central corneal thickness was associated with smaller optic disc rim area and larger cup-to-disc ratio, which is clinically relevant for glaucoma assessment.

Zheng Yingfeng, Wong Tien Y, Cheung Carol Yim-Lui, Lamoureux Ecosse, Mitchell Paul, He Mingguang et al.

Diabetes doesn't impact HRT II glaucoma detection, but diabetic retinopathy can increase false positives for certain algorithms, suggesting caution when interpreting results in these patients.

Koh Victor, Cheung Carol Yim-Lui, Zheng Yingfeng, Wong Tien Yin, Wong Wanling, Aung Tin

This study found that straighter retinal vessels were significantly associated with a thinner neuroretinal rim, potentially aiding early glaucoma detection.

Leung Christopher Kai-Shun, Cheung Carol Yim-Lui, Weinreb Robert N, Qiu Quanliang, Liu Shu, Li Haitao et al.

This study compared two OCT devices for glaucoma detection. Cirrus HD-OCT showed lower RNFL measurement variability than Stratus OCT, but both had comparable diagnostic performance and structure-function association. This suggests Cirrus offers more precise RNFL tracking.

Leung Christopher Kai-Shun, Mohamed Shaheeda, Leung King Sai, Cheung Carol Yim-Lui, Chan Sylvia Lai-wa, Cheng Daphne Ka-yee et al.

This study found retinal nerve fiber layer (RNFL) thickness decreases with increasing myopia. Clinically, this means OCT normative databases may be unreliable for myopic eyes, requiring refractive status consideration for glaucoma assessment.