Liu Lan

Li Zhi-wai, Liu Shu, Weinreb Robert N, Lindsey James D, Yu Marco, Liu Lan et al.

This study found RGC dendrites progressively shrink after 90-120 minutes of acute high IOP, but not shorter durations. This suggests dendritic shrinkage is an early, measurable sign of RGC damage in glaucoma.

Leung Christopher Kai-shun, Weinreb Robert N, Li Zhi Wei, Liu Shu, Lindsey James D, Choi Nathan et al.

This study found that retinal ganglion cell (RGC) dendritic shrinkage precedes axon/cell body loss in mice after optic nerve crush. Larger dendrites predicted better RGC survival, suggesting a new way to track glaucoma progression and treatment efficacy.

Leung Christopher K S, Choi Nathan, Weinreb Robert N, Liu Shu, Ye Cong, Liu Lan et al.

SD-OCT revealed glaucoma-related RNFL defects are most common inferotemporally and superotemporally, expanding with disease progression. Measuring defect size offers a valuable new dimension for glaucoma evaluation.

Leung Christopher K S, Lam Shi, Weinreb Robert N, Liu Shu, Ye Cong, Liu Lan et al.

SD-OCT's RNFL deviation map analysis significantly improved glaucoma detection sensitivity compared to conventional circumpapillary measurements, offering better diagnostic performance for clinicians.