Wang Jianhua

Gameiro Gustavo Rosa, Jammal Alessandro A, Vilasboas-Campos Verônica, Wang Jianhua, Medeiros Felipe A

This study found fractal analysis of OCTA vessel density in glaucoma patients is highly repeatable in the macula and ONH, supporting its potential for monitoring vascular changes in glaucoma.

Chen Qi, Jiang Hong, Delgado Silvia, Hernandez Jeffrey, Alba Diego Eduardo, Gregori Giovanni et al.

This 1-year study of RRMS patients found retinal vascular and axonal changes, with vascular recovery linked to improved vision. These microvascular changes may serve as biomarkers for monitoring MS progression and treatment efficacy.

Wu Qiuyan, Chen Qi, Lin Bing, Huang Shenghai, Wang Yuanyuan, Zhang Lingmin et al.

High myopia is linked to thinner outer retina/choroid and reduced visual field. Outer retinal/choroidal thinning, not microvasculature, correlates with visual field loss, suggesting their role in early myopic visual dysfunction.

Hu Huiling, Jiang Hong, Gameiro Giovana Rosa, Hernandez Jeffrey, Delgado Silvia, Wang Jianhua

This study found a unique horseshoe-shaped GCIPL thinning in MS patients with prior optic neuritis, offering a highly discriminative marker for past ON and correlating with visual acuity.

Shi Ce, Jiang Hong, Gameiro Giovana Rosa, Hu Huiling, Hernandez Jeffrey, Delgado Silvia et al.

MS patients without optic neuritis showed focal GCIPL thinning (M zone) strongly linked to visual disability and function. This offers a potential biomarker for MS progression.

Chen Qi, Tan Fan, Wu Yufei, Zhuang Xiran, Wu Chaoming, Zhou Yuheng et al.

Early type 2 diabetes causes choroidal thinning and microvascular changes before detectable retinal structural damage, suggesting these are earlier indicators for monitoring.

Wei Yantao, Jiang Hong, Shi Yingying, Qu Dongyi, Gregori Giovanni, Zheng Fang et al.

This study found aging causes decreased retinal vessel density, inner retinal layer thinning, and reduced blood flow, impacting multiple retinal components. This helps understand age-related glaucoma susceptibility.

Yu A-Yong, Duan Su-Fang, Zhao Yun-E, Li Xing-Yu, Lu Fan, Wang Jianhua et al.

This study found applanation tonometry (IOPappla) is significantly influenced by corneal biomechanics, unlike true intracameral IOP (IOPintra). This highlights that corneal properties affect tonometry readings, not actual eye pressure.

Zhao Yune, Li Xingyu, Tao Aizhu, Wang Jianhua, Lu Fan

Simulated cataract surgery showed intraocular pressure (IOP) fluctuates widely, often causing negative ocular perfusion pressure. The clinical impact of these transient perfusion drops on vision warrants further investigation.

Sun Lei, Shen Meixiao, Wang Jianhua, Fang Aiwu, Xu Aiqin, Fang Haizhen et al.

Corneal hysteresis (CH) in glaucoma patients partially recovers after IOP-lowering treatment, but remains lower than normal. This suggests chronic high IOP alters corneal biomechanics, highlighting CH's potential as a disease indicator.

Nagy Lana J, MacRae Scott, Yoon Geunyoung, Wyble Matthew, Wang Jianhua, Cox Ian et al.

PRK in cat eyes altered optical/biomechanical properties and induced myofibroblast differentiation, with intended corrections achieved only with larger optical zones. Cats showed significant stromal regeneration without optical regression, suggesting species-specific corneal biology impacts outcomes.

Lu Fan, Xu Suzhong, Qu Jia, Shen Meixiao, Wang Xiaoxing, Fang Haizhen et al.

This study found corneal hysteresis (CH) is not associated with central corneal thickness changes from contact lens-induced swelling, suggesting CH may be a stable corneal biomechanical measure despite transient edema.