Fang Lei

Jiang Jinyun, Hu Yin, Zhu Yingting, Zhong Yimin, Xiang Chuqi, Chen Shuoshuo et al.

This study found RGPCLs significantly improved visual acuity and contrast sensitivity more than spectacles in children post-PCG surgery, suggesting RGPCLs are a superior rehabilitation option.

Li Xueqing, Xiao Hui, Su Yihua, Xiao Xueshan, Li Shiqiang, Lin Shufen et al.

This study found genetic mutations cause nanophthalmos, with PRSS56/MFRP most common. Angle-closure glaucoma frequently complicates nanophthalmos, with specific gene mutations linked to distinct clinical features and glaucoma onset, guiding patient care.

Zhu Yingting, Fang Lei, Oatts Julius, Han Ying, Lin Shufen, Chen Liming et al.

Ultrasound biomicroscopy (UBM) classification predicted anterior segment reconstruction (ASR) success for congenital fibrovascular pupillary membrane glaucoma, with Type I showing the best surgical outcomes and IOP control.

Wang Dingqiao, Xiao Hui, Lin Shufen, Fang Lei, Gan Yuhong, Zhang Yuxin et al.

This study found choroidal vascularity (CVI) is lower in both POAG and PACG than healthy eyes, with distinct vascular (POAG) and stromal (PACG) changes, suggesting different disease mechanisms.

Fang Lei, Zhu Yingting, Lin Shufen, Su Yihua, Chen Liming, Liu Pingping et al.

Microcatheter-assisted trabeculotomy effectively lowered intraocular pressure and medication needs in childhood glaucoma after failed surgeries, showing high success rates with no severe complications. This offers a promising treatment option.

Li Xueqing, Sun Wenmin, Xiao Xueshan, Fang Lei, Li Shiqiang, Liu Xing et al.

Studying CPAMD8 gene variants, researchers found biallelic mutations significantly enriched in primary open-angle and angle-closure glaucoma patients. This suggests CPAMD8 variants contribute to diverse adult-onset glaucoma forms.

Hu Yin, Fang Lei, Guo Xinxing, Yang Xiao, Chen Weiyin, Ding Xiaohu et al.

This study found primary congenital glaucoma eyes have significantly increased corneal irregularity and high-order aberrations, even with minimal optic nerve damage, impacting visual outcomes.