Jiang Chunhui

Zhao Hongmei, Cheng Tongjie, Wu Kaicheng, Yu Jian, Zong Yuan, Chen Qian et al.

All RRD patients had residual silicone oil after removal; longer eyes and higher pre-removal eye pressure correlated with more residue, which may cause post-removal high pressure, necessitating thorough irrigation.

Li Wanyue, Chen Qian, Jiang Chunhui, Shi Guohua, Deng Guohua, Sun Xinghuai

This study developed a deep learning system to automatically classify anterior chamber angles from AS-OCT images with high accuracy, potentially improving glaucoma screening and assessment.

Li Wanyue, Chen Qian, Jiang Zhenying, Deng Guohua, Zong Yuan, Shi Guohua et al.

Deep learning accurately and automatically measured anterior chamber angles from ultrasound images, showing promise for efficient glaucoma assessment in clinical practice.

Xu Huan, Zong Yuan, Zhai Ruyi, Kong Xiangmei, Jiang Chunhui, Sun Xinghuai

Studying glaucoma, researchers found intereye asymmetry of neural structure parameters (FLV%, GLV%) was superior to microvascular parameters for diagnosing primary open-angle glaucoma. This offers a new diagnostic approach.

Zhu Li, Zong Yuan, Yu Jian, Jiang Chunhui, He Yi, Jia Yali et al.

PACG eyes showed significantly reduced retinal vessel density, especially peripapillary, which correlated with intraocular pressure. This suggests vascular compromise contributes to PACG and is worse with uncontrolled pressure.

Xu Huan, Zhai Ruyi, Zong Yuan, Kong Xiangmei, Jiang Chunhui, Sun Xinghuai et al.

This study found both high-tension and normal-tension glaucoma eyes have reduced retinal vessel density, with normal-tension glaucoma showing greater reduction in the peripapillary region, suggesting distinct vascular compromise.

Yu Jian, Xiao Kuanlin, Huang Jingjing, Sun Xinghuai, Jiang Chunhui

OSAS patients show reduced retinal vessel density, especially peripapillary, correlating with disease severity. This suggests OSAS negatively impacts ocular blood flow, potentially increasing glaucoma risk.

Wang Xiaolei, Jiang Chunhui, Kong Xiangmei, Yu Xiaobo, Sun Xinghuai

After acute angle closure, eyes showed reduced peripapillary vessel density compared to fellow eyes, correlating with worse visual fields despite normal nerve layer thickness, suggesting OCTA detects early vascular damage.

Sun Xinghuai, Dai Yi, Chen Yuhong, Yu Dao-Yi, Cringle Stephen J, Chen Junyi et al.

This review highlights PACG's multi-mechanism pathogenesis beyond pupillary block, influenced by genetics. Effective treatments exist, but better early identification and novel therapies are needed for prevention and improved prognosis.

Zhao Zhennan, Zhu Xiangjia, He Wenwen, Jiang Chunhui, Lu Yi

Cataract surgery significantly expanded Schlemm's canal, correlating with reduced intraocular pressure. This suggests a mechanism for IOP lowering post-phacoemulsification, benefiting glaucoma management.

Yu Jian, Gu Ruiping, Zong Yuan, Xu Huan, Wang Xiaolei, Sun Xinghuai et al.

This study found that in healthy eyes, retinal blood flow in small vessels strongly correlates with the thickness of the inner retinal layers in both macular and peripapillary regions.

Hong Jiaxu, Chen Junyi, Yang Yujing, Wei Anji, Kong Xiangmei, Yu Xiaobo et al.

Trabeculectomy significantly widens the anterior chamber angle in PACG, with this widening directly related to the reduction in intraocular pressure.

Wang Xiaolei, Jiang Chunhui, Ko Tony, Kong Xiangmei, Yu Xiaobo, Min Wang et al.

OCTA showed reduced optic disc perfusion (flow index/vessel density) in open-angle glaucoma, correlating with severity and ganglion cell loss. This suggests OCTA can monitor glaucoma progression.

Qin Bing, Francis Brian A, Li Yan, Tang Maolong, Zhang Xinbo, Jiang Chunhui et al.

This study found that measuring anterior chamber angle distance at Schwalbe's line (AOD-SL) with OCT strongly correlates with gonioscopy, providing a useful non-contact method to assess angle closure risk.

Zhao Zhennan, Jiang Chunhui

Myopia impacts GCC and RNFL thickness; therefore, refractive state must be considered when interpreting these OCT measurements clinically to avoid misdiagnosis.

Yu Jia, Ni Yingqin, Keane Pearse A, Jiang Chunhui, Wang Wenji, Xu Gezhi

OCT revealed diverse foveomacular schisis in juvenile X-linked retinoschisis, occurring in multiple retinal layers (RNFL, INL, ONL/OPL) and locations (foveal/parafoveal), challenging prior assumptions about schisis localization.