Liu Tingting

Li Qi, Zhan Bohan, Liu Tingting, Han Yingxiang, Xin Sanfeng, Chen Zengsheng et al.

Automated OCT-based models show lamina cribrosa depth strongly predicts strain. Glaucomatous eyes exhibit lower strain, suggesting remodeling. This scalable tool offers patient-specific biomechanical insights for improved glaucoma risk stratification and monitoring.

Liu Tingting, Wang Ya Xing, Jonas Jost B, Hoang Quan V, Girard Michaël J A, Wang Xiaofei

Gaze-induced optic nerve head deformations are greater in high myopia, increasing with axial length. This highlights biomechanical factors in glaucoma and optic neuropathies in myopic eyes.

Liu Tingting, Wang Kehao, Wang Ya Xing, Liu Xiaoyu, Han Jingyun, Girard Michael J A et al.

Ciliary muscle traction during accommodation causes significant optic nerve head deformation, comparable to high eye pressure, especially with stiffer choroid/Bruch's membrane, potentially impacting glaucoma progression.

Wang Jin, Liu Tingting, Li Sizhen, He Mingguang, Wang Xiaofei, Wang Ningli et al.

This study found iris changes with age and sex in healthy Chinese individuals, with older age and female sex linked to smaller iris area changes, potentially explaining higher angle-closure glaucoma prevalence.

Liu Tingting, Hung Pham Tan, Wang Xiaofei, Girard Michaël J A

This study found optic nerve morphology, especially tortuosity and dural radius, significantly impacts gaze-induced optic nerve head strain, with morphological factors generally more influential than tissue stiffnesses.

Wen Wen, Zhang Peng, Liu Tingting, Zhang Ting, Gao Jian, Sun Xinghuai et al.

This study found a novel motion-on-color test effectively detects peripheral magnocellular pathway dysfunction in preperimetric glaucoma, outperforming frequency doubling, especially at high temporal frequencies, aiding early diagnosis.