Wang Peiyuan

Chen Yanping, Xiong Ruilin, Zhang Jian, Yang Shaopeng, Li Huangdong, Zhu Ziyu et al.

Highly myopic individuals showed 10-year declines in vision and visual fields, with increasing visual impairment incidence. This highlights the need for public awareness and risk reduction strategies.

Wang Deming, Zhang Yinhang, Lin Fengbin, Song Yunhe, Jin Ling, Wang Zhenyu et al.

This study found peripheral retinal ganglion cell thickness and capillary density are more vulnerable to myopic axial elongation, highlighting the need for comprehensive peripheral retinal assessment in myopia.

Zhang Xiulan, Jiang Jingwen, Kong Kangjie, Li Fei, Chen Shida, Wang Peiyuan et al.

This review compares optic nerve damage in high myopia and glaucoma, highlighting diagnostic challenges due to shared features, crucial for guiding management decisions.

Jiang Jingwen, Song Yunhe, Kong Kangjie, Wang Peiyuan, Lin Fengbin, Gao Xinbo et al.

This study found that non-pathologic high myopia has a high prevalence of specific optic nerve head abnormalities, some of which correlate with visual field defects. This helps distinguish high myopia changes from glaucoma.

Song Yunhe, Li Fei, Chong Rachel S, Wang Wei, Ran An Ran, Lin Fengbin et al.

This study developed a high myopia-specific pRNFL database. It found this database significantly improves detection of highly myopic glaucoma compared to standard OCT databases, offering a better diagnostic tool.

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

This study found longer axial length in high myopia is linked to increased choriocapillaris flow deficits, particularly in the perifovea. This suggests potential mechanisms for myopic progression and related ocular changes.

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.

Wang Peiyuan, Chen Shida, Liu Yaoming, Lin Fengbin, Song Yunhe, Li Tuozhang et al.

Reviewing studies suggests lowering intraocular pressure may slow high myopia progression, especially in pathologic cases, by reducing scleral remodeling and improving choroidal blood flow, offering a potential treatment target.