Mou Dapeng

Wang Jin, Hu Keyu, Liu Zijian, Zhang Ye, Mou Dapeng, Wang Ningli

This study found lens-related angle-closure glaucoma patients had higher 5-year reoperation rates after Phaco-GSL than primary angle-closure, emphasizing tailored management for these high-risk individuals.

Wang Jin, Wang Yue, Liu Zijian, Mou Dapeng, Tang Xin, Shi Danli et al.

APAC eyes show persistent retinal vasculometric changes (larger veins, altered fractal dimension/AV ratio) even after IOP control. These may be independent APAC risk factors, offering post-APAC monitoring via standard fundus photography.

Wang Jin, Wang Yue, Zhang Ye, Tang Xin, Wang Dabo, Wang Ningli et al.

This study found non-pupillary block PACD mechanisms lead to more postoperative PAS after surgery, highlighting the need for detailed preoperative assessment to optimize long-term outcomes.

Wang Jin, Han Shumei, Mou Dapeng, Tang Xin, Shi Danli, He Mingguang et al.

Retinal vascular changes distinguish primary angle-closure glaucoma from earlier stages and are independently linked to optic nerve damage, potentially offering new biomarkers for disease progression.

Mou Dapeng, Wang Jin, Zhang Ye, Wang Yue, Tang Xin, Wang Ningli

This study found tailored phacoemulsification-glaucoma surgeries, guided by axial length, effectively and safely controlled IOP in nanophthalmos with angle closure, reducing complications.

Mou Dapeng, Wang Jin, Wang Huaizhou, Wang Ningli

This study compared Phaco-KDB and Phaco-Trabectome for open-angle glaucoma. Both surgeries significantly reduced IOP and medication use with similar effectiveness, offering comparable options for patients.

Liu Hanruo, Li Liu, Wormstone I Michael, Qiao Chunyan, Zhang Chun, Liu Ping et al.

A deep learning system accurately detected glaucomatous optic neuropathy from fundus photos across diverse populations. This tool could significantly improve glaucoma screening efficiency and accessibility.

Lin Zhong, Liang Yuanbo, Wang Ningli, Li Sizhen, Mou Dapeng, Fan Sujie et al.

This study found peripheral anterior synechiae (PAS) limit angle widening after LPI in primary angle closure. This means LPI is less effective in areas with existing PAS.