Zhang Shaodan

Xiong Kun, Wang Yachen, Yu Bo, Zhang Shaodan, Li Guoxing, Huang Qiangjie et al.

This study found that combined cataract surgery and goniosynechialysis effectively lowered eye pressure in angle-closure glaucoma, regardless of initial synechiae extent, suggesting broad applicability.

You Ruirong, Zhou Xingyu, Xu Xiaowei, Wang Wenjing, Yu Daokuan, Fang Xinyi et al.

Flicker stimulation showed impaired retinal microvascular response in normal-tension glaucoma eyes compared to high-tension glaucoma and healthy eyes, suggesting distinct vascular pathophysiology and potential diagnostic differences.

Ye Wenqing, Zhang Shaodan, Zhu Shuqing, Li Jinxin, Gu Juan, Zhao Mian et al.

This study found penetrating canaloplasty had similar 2-year success rates and complications to trabeculectomy for primary angle-closure glaucoma, suggesting it's a promising alternative, especially for earlier stages.

Ye Wenqing, Li Jinxing, Zhang Shaodan, Zhu Shuqing, Xie Yanqian, Le Rongrong et al.

This study compared two canaloplasty techniques for glaucoma, finding penetrating canaloplasty achieved superior IOP reduction and success rates with similar safety, suggesting it's a more effective surgical option.

Lin Sigeng, Zhang Shaodan, Shang Xiao, Gu Juan, Ye Cong, Wang Xiaoyan et al.

Glaucoma patients with one-sided visual field loss showed faster macular vessel density decline in the affected area, correlating with visual field damage severity, even without significant tissue thinning. This suggests mVD loss is an early, measurable glaucoma progression marker.

Xie Yanqian, Jiang Junhong, Liu Chi, Lin Haishuang, Wang Lin, Zhang Cong et al.

Health center glaucoma screening effectively detects early-stage disease, including normal-tension glaucoma, with less visual impairment than clinic detection, improving early intervention.

Le Rongrong, Xie Yanqian, Cheng Huanhuan, Chen Hong, Ye Wenqing, Deng Yuxuan et al.

Penetrating canaloplasty effectively lowered IOP and medication needs in childhood glaucoma, showing promise as a safe, new treatment option for this challenging condition.

Deng Yuxuan, Zhang Shaodan, Ye Wenqing, Gu Juan, Lin Haishuang, Cheng Huanhuan et al.

Penetrating canaloplasty effectively lowered IOP and medication dependence in glaucoma secondary to iridocorneal endothelial syndrome, offering a promising new treatment option with acceptable complications.

Cheng Huanhuan, Ye Wenqing, Zhang Shaodan, Xie Yanqian, Gu Juan, Le Rongrong et al.

Penetrating canaloplasty effectively lowered IOP and medication dependence in traumatic angle recession glaucoma, showing high 1-year success, offering a promising treatment option.

Dai Yingying, Zhang Shaodan, Shen Meixiao, Jin Zi, Zhou Yuheng, Ye Shuling et al.

This study developed an AS-OCT model using angle changes after light exposure to identify peripheral anterior synechiae (PAS) in angle closure. This model accurately detects PAS, offering a non-invasive clinical tool.

Zhang Shaodan, Hu Cheng, Cheng Huanhuan, Gu Juan, Samuel Kwizera, Lin Haishuang et al.

Penetrating canaloplasty effectively lowered IOP and medication dependence in severe primary angle-closure glaucoma, offering a promising bleb-independent surgical option for these challenging cases.

Zhang Shaodan, Sun Jing, Liu Shanshan, Liang Yuanbo, Hu Ying, Congdon Nathan et al.

Integrating glaucoma screening into general health exams in China identified suspects affordably, showing promise for early detection, but follow-up rates for further evaluation need improvement.

Lin Sigeng, Cheng Huanhuan, Zhang Shaodan, Ye Cong, Pan Xiafei, Tao Aizhu et al.

This study found that parapapillary microvasculature dropout (MvD) predicts faster retinal nerve fiber layer (RNFL) thinning in normal-tension glaucoma, highlighting MvD as a key indicator of disease progression.

Zhang Shaodan, Liang Yuanbo, Chen Yanyun, Musch David C, Zhang Chun, Wang Ningli

This study found glaucoma significantly reduces patient quality of life. Ophthalmologists underestimated the impact of mild glaucoma, highlighting the need for better understanding patient perspectives for shared decision-making.

Zhang Shaodan, Wang Bo, Xie Yuan, Zhu SenHua, Thomas Ravi, Qing Guoping et al.

Advanced glaucoma patients show reduced gray matter volume and cerebral blood flow in the primary visual cortex, worsening with disease severity. This suggests brain involvement in glaucoma and potential CBF biomarkers.

Zhang Shaodan, Xie Yuan, Yang Jie, Tang Yangshuo, Li Ruoxi, Wang Ningli et al.

This study found primary open-angle glaucoma patients have reduced cerebrovascular reactivity in their posterior cerebral arteries, suggesting a potential vascular insufficiency contributing to visual field loss.

Qing Guoping, Zhang Shaodan, Wang Bo, Wang Ningli

fMRI in glaucoma patients with normal central vision showed reduced visual cortex activity in the more affected eye, linked to visual field damage (PSD), not structural measures.