Shang Xiao

Shang Xiao, Häner Nathanael Urs, Lincke Joel-Benjamin, Pfeiffer Valentin, Gubser Pascal Aurel, Zinkernagel Martin Sebastian et al.

Trabeculectomy in glaucoma patients significantly and durably reduced lamina cribrosa curvature, indicating structural improvement. This reduction was linked to age, refractive error, and post-operative IOP, suggesting potential for personalized treatment monitoring.

Lin Sigeng, Shang Xiao, Wang Xiaoyan, Chu Xizhong, Hu Chengju, Si Yuqing et al.

This study found that decreased macular deep capillary plexus (DCP) density predicts future visual field loss in the unaffected eye of normal tension glaucoma patients, offering a new risk assessment tool.

Chen De-Fu, Wang Chenmin, Zhou Weihe, Si Yuqing, Chu Xizhong, Hu Chengju et al.

This study found that faster visual field progression in normal tension glaucoma is linked to a quicker reduction in peripapillary capillary vessel density, highlighting microvascular health's role in disease worsening.

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.

Tang Lewei, Chen Liang, Ye Cong, Zheng Jingwei, Zhou Yi, Tao Yan et al.

This study found that a Yang-deficient constitution, a Traditional Chinese Medicine type, is a significant risk factor for visual field progression in normal-tension glaucoma patients, suggesting potential links to vasoregulation.

Ye Cong, Wang Xiaoyan, Yu Marco Chak-Yan, Shang Xiao, Zhou Kun, Tao Yan et al.

This study found macular vessel density, ganglion cell thickness, and nerve fiber layer all decrease in POAG, but their progression detection poorly agrees. Baseline metrics influenced vessel density loss.