Yang Liu

Wang Yuwei, Zhu Ruilin, Zhao Liang, Wang Fang, Zhang Yanqin, Liu Shiguang et al.

Col4a3-/- mice, a model for Alport syndrome, showed ocular structural anomalies like thinner lens capsules and retina, and abnormal basement membranes, mirroring human disease and offering a platform for studying AS mechanisms and treatments.

Lei Kun, Tang Yang, Pang Ruiqi, Zhou Huiying, Yang Liu, Wang Ningli

This study compared retinal microvasculature in compressive versus glaucomatous optic neuropathy. Key finding: compressive neuropathy showed less retinal vascular impairment than glaucoma, despite similar structural damage. This aids differentiation.

Lei Kun, Qu Yuanzhen, Tang Yang, Lu Wen, Zhao Heng, Wang Meizi et al.

OCT/OCTA distinguished compressive optic neuropathy from glaucoma. Glaucoma showed thinner inferior RNFL and lower macular/peripapillary vessel density, especially in the peritemporal macula, aiding accurate diagnosis.

Rong Xin, Cai Yu, Li Mei, Chen Xuling, Kang Lei, Yang Liu

Glaucoma patients exhibited nailfold capillary abnormalities, and in POAG, these microvascular changes correlated with retinal nerve fiber layer thinning and reduced retinal vessel density, suggesting systemic microvascular involvement in POAG.

Qu Yuanzhen, Wang Ya Xing, Xu Liang, Zhang Liwei, Zhang Junting, Zhang Jianguo et al.

This study found perisellar tumors, especially larger suprasellar ones, significantly increase the risk of glaucoma-like optic nerve damage, highlighting a critical diagnostic consideration.