Liu Yuhong

Zhang Yinhang, Wang Deming, Lin Fengbin, Song Yunhe, Chen Yu, Peng Yuying et al.

Wide-field OCTA showed central 1-6mm retinal capillary density best detects glaucoma in high myopia. More peripheral regions offered no additional diagnostic value for these patients.

Song Yunhe, Cheng Weijing, Li Fei, Lin Fengbin, Wang Peiyuan, Gao Xinbo et al.

This study found that intraocular pressure and axial length significantly influence macular microvascular patterns (fractal dimension, tortuosity) in healthy eyes, which is crucial for interpreting OCTA changes in glaucoma.

Lin Fengbin, Chen Shida, Song Yunhe, Li Fei, Wang Wei, Zhao Zhenni et al.

This study classified visual field defects in highly myopic eyes, identifying distinct glaucoma-like and myopia-related patterns. This reproducible system improves communication and differentiation of defects in clinical practice.

Lin Fengbin, Qiu Zhen, Li Fei, Chen Yu, Peng Yuying, Chen Meiling et al.

This study found glaucoma and high myopia reduce macular capillary density, especially in the outer retina. Assessing outer superficial plexus density may aid glaucoma diagnosis in high myopia.

Li Fei, Lin Fengbin, Gao Kai, Cheng Weijing, Song Yunhe, Liu Yuhong et al.

This study found enlarged foveal avascular zone (FAZ) area on OCTA predicts structural glaucoma progression (RNFL/GC-IPL thinning), but not visual field decline, offering a potential early biomarker.