Zhang Ye

Li Mengyang, Zhang Ye, Xiang Fei, Li Zhi, Pang Ruiqi, Li Caixia et al.

Optic nerve microvascular density declined more steeply over six years in non-highly myopic older adults with peripapillary tessellation, suggesting increased glaucoma risk in this group.

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.

Li Jiaying, Zhang Ye, Cheng Zhen, Qiao Chunyan, Cao Kai, He Minguang et al.

This study found that specific AS-OCT angle parameters, particularly those closer to the scleral spur, are better screening indicators for progressive primary angle closure glaucoma than for non-progressive angle closure disease, guiding targeted screening.

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.

Li Jiaying, Chen Yun, Wang Wenbin, Zhang Ye, Su Guangsong, Wang Sean K et al.

This study found iris-specific genetic variants, independent of eye length, are critical for primary angle-closure glaucoma risk by affecting iris gene expression and cellular organization.

Xie Yuan, Sun Yunxiao, Shao Yaqi, Tian Jiaxing, Fu Yingdi, Yang Diya et al.

Simulated high altitude caused pupil miosis and anterior chamber angle widening. This suggests high altitude exposure might be safe for individuals with narrow angles, warranting further study.

Wang Jin, Liu Tingting, Li Sizhen, He Mingguang, Wang Xiaofei, Wang Ningli et al.

This study found iris changes with age and sex in healthy Chinese individuals, with older age and female sex linked to smaller iris area changes, potentially explaining higher angle-closure glaucoma prevalence.

Wang Jin, Wang Yue, Zhang Qing, Li Si Zhen, He Ming Guang, Wang Ningli et al.

This study found that dynamic and static iris parameters are consistent across primary angle-closure disease patients, regardless of axial length, suggesting these factors contribute to angle closure even in atypical cases.

Feng Hui, Han Dong, Lu Wensheng, Tang Guangxian, Zhang Hengli, Fan Sujie et al.

This study compared morning vs. evening latanoprost/timolol for glaucoma; both reduced IOP, but morning dosing better controlled diurnal IOP fluctuations, offering guidance for clinical practice.

Zhang Hui, Zhang Ye, Zhang Shuo, Cao Kai, Li Dongjun, Liu Mugen et al.

This study found zonulopathy is common in primary angle closure disease, especially acute angle closure, linked to shallow anterior chambers and thick lenses. Clinically, this highlights surgical risks in these patients.

Li Zhi, Fan Ning, Cheng Yanyan, Xiang Fei, Pan Xiaohua, Cao Kai et al.

This study found that acute angle closure duration is the sole factor linked to severe corneal endothelial damage, emphasizing urgent treatment to preserve corneal health.

Li Caixia, Cheng Yanyan, Zhang Ye, Pan Xiaohua, Feng Hui, Xiang Fei et al.

This study found retinal nerve fiber layer (RNFL) thickness varies with optic nerve head size, but ganglion cell complex (GCC) thickness does not, suggesting GCC is a more reliable early glaucoma indicator in patients with unusually sized optic nerves.

Zhang Ye, Zhang Qing, Li Si Zhen, He Ming Guang, Li Shu Ning, Wang Ning Li

This study found primary angle closure disease (PACD) is rare in long eyes, characterized by a thicker peripheral iris, larger lens vault, and smaller anterior chamber width, offering insights into its unique mechanisms.

Zhang Ye, Hao Jie, Zhang Qing, Wang Jin, Li Si Zhen, Thomas Ravi et al.

This study found a 1.6% 5-year glaucoma incidence in rural China. Older age, higher IOP, and larger cup-to-disc ratio are key risk factors, helping identify high-risk individuals for early intervention.

Zhang Ye, Zhang Qing, Thomas Ravi, Li Si Zhen, Wang Ning Li

This study found high triglycerides independently increased glaucoma risk in rural Chinese adults, suggesting metabolic factors are involved in glaucoma's development.

Zhang Ye, Thomas Ravi, Zhang Qing, Li Si Zhen, Wang Ning Li

This study found 32/526 primary angle closure suspects progressed to angle closure/glaucoma over five years in rural Chinese adults, with narrower baseline angle width being the key predictive risk factor.

Zhang Ye, Zhang Qing, Thomas Ravi, Li Si Zhen, Wang Ning Li

This study found that shallower anterior chamber depth and narrower angle width predict the development of angle closure from an open angle in a rural Chinese population, highlighting key risk factors for progression.

Zhang Ye, Dong Zhe, Zhang Qing, Li Lei, Thomas Ravi, Li Si Zhen et al.

Prediction models using ASOCT effectively detect primary angle-closure suspects, performing best for pupillary block mechanisms, offering potential for improved screening of this glaucoma risk.

Zhang Ye, Zhang Qing, Li Lei, Thomas Ravi, Li Si Zhen, He Ming Guang et al.

Algorithms combining ASOCT parameters to detect primary angle closure suspects were evaluated. They did not meet population screening requirements, highlighting the complexity of angle closure mechanisms, but advance image-based screening research.

Zhang Qing, Zhang Ye, Xin Chen, Mao Yingyan, Cao Kai, Jan Catherine et al.

This study found higher eye pressure and narrower retinal arterioles independently predict deeper optic cup depth, which helps understand glaucoma risk.

Zhang Ye, Li Si Zhen, Li Lei, He Ming Guang, Thomas Ravi, Wang Ning Li

This study found dynamic iris changes, specifically less iris area loss during pupil dilation, are a risk factor for primary angle closure disease, highlighting its role in disease development.

Zhang Ye, Li Si Zhen, Li Lei, He Ming Guang, Thomas Ravi, Wang Ning Li

This study found iris area changes after dilation differ significantly among angle closure mechanisms; pupillary block eyes showed the least change, suggesting dynamic iris behavior is crucial in this type.