Pang Ruiqi

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.

Pang Ruiqi, Kolli Ajay, Li Rui, Li Mengyang, Cao Kai, Ying Gui-Shuang et al.

Age-related declines in RNFL, GCC, and vascular densities are crucial for differentiating normal aging from glaucoma. These physiological changes inform accurate OCT/OCTA interpretation and monitoring strategies in patients.

Pang Ruiqi, Peng Jieting, Cao Kai, Sun Yunxiao, Pei Xue-Ting, Yang Diya et al.

This study found that impaired contrast sensitivity, particularly at low spatial frequencies, correlates with structural damage in glaucoma, suggesting it's a valuable measure of disease severity.

Pang Ruiqi, Peng Jieting, Zhang Qing, Cao Kai, Lu Zhong-Lin, Wang Ningli

This study found macular GC/IPL thinning correlates with contrast sensitivity impairment in early-advanced glaucoma, but not pre-perimetric, suggesting its utility for severity assessment.

Lei Kun, Tang Yang, Pang Ruiqi, Zhou Huiying, Yang Liu, Wang Ningli

This study compared retinal microvasculature in compressive versus glaucomatous optic neuropathy. Key finding: compressive neuropathy showed less retinal vascular impairment than glaucoma, despite similar structural damage. This aids differentiation.

Pang Ruiqi, Lin Danting, Di Xiaomeng, Liu Xinyu, Gao Lehong, Chen Jia et al.

This study established normal trans-laminar cribrosa pressure difference (TLCPD) reference values. A key finding was that lower BMI correlated with higher TLCPD, which is clinically relevant for understanding glaucoma risk factors.

Pang Ruiqi, Labisi Siloka A, Wang Ningli

This review highlights racial differences in PDS/PG prevalence, presentation, and conversion rates, emphasizing tailored diagnosis and treatment for diverse patient populations.

Zhang Yue, Cao Kai, Pang Ruiqi, Wang Ning, Qu Xin, Kang Jun et al.

This study found that ultrasound measurement of the optic nerve subarachnoid space area (ONSASA) accurately estimates intracranial pressure (ICP) using a formula, offering a rapid, non-invasive clinical tool.

Pang Ruiqi, Feng Shuo, Cao Kai, Sun Yunxiao, Guo Yiqin, Ma Dandan et al.

This study found normal-tension glaucoma patients have lower serum retinol, suggesting it could be a new diagnostic and treatment target for this specific glaucoma type.

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.