Wei Wen Bin

Jonas Jost B, Panda-Jonas Songhomitra, Xu Jie, Wei Wen Bin, Wang Ya Xing

This study found early myopic macular degeneration (stage 1) and thinner choroids are independently associated with worse visual acuity in myopic eyes, suggesting even mild changes impact vision.

Wang Ya Xing, Yang Hua, Wei Chuan Chuan, Xu Liang, Wei Wen Bin, Jonas Jost B

This 10-year study found high myopia dramatically increases open-angle glaucoma risk (7.3x), highlighting the need for targeted screening and clinical protocols in myopic patients.

Jonas Jost B, Yan Yan Ni, Zhang Qi, Zhang Qing, Wei Wen Bin, Jonas Rahul A et al.

This study found that thinner RNFL in longer eyes is linked to a longer disc-fovea distance and larger parapapillary gamma zone, suggesting nerve fiber stretching/thinning in these eyes.

Pan Zhe, Wei Chuan Chuan, Peng Xiaoyan, Zhang Qi, Xu Liang, Yang Hua et al.

This 10-year study found existing myelinated retinal nerve fibers (MRNFs) consistently enlarged, especially with higher LDL and peripheral location, but no new MRNFs developed.

Zhang Qi, Xu Liang, Wei Wen Bin, Wang Ya Xing, Jonas Jost B

This study found BMO size increases significantly with axial length beyond 26mm. A large gamma zone may protect against myopic macular BM defects, informing glaucoma assessment in highly myopic eyes.

Zhang Qi, Wang Ya Xing, Wei Wen Bin, Xu Liang, Jonas Jost B

This study found parapapillary beta zones correlate with age and axial length, while gamma zones mainly link to axial length in healthy eyes, aiding glaucoma assessment.

Xu Jie, Wang Ya Xing, Jiang Ran, Wei Wen Bin, Xu Liang, Jonas Jost B

This study found peripapillary choroidal vessel layers (SMVL/LVL) are thickest superiorly, decreasing with age and correlating with cognitive function. This suggests choroidal health may reflect systemic and ocular aging processes.

Wang Ya Xing, Jiang Ran, Ren Xiao Lei, Chen Jian Dong, Shi Hong Li, Xu Liang et al.

Acute IOP elevation, like during a dark room test, significantly thins the choroid. This finding suggests choroidal thickness measurements are influenced by current IOP, which is clinically relevant for interpretation.

Jonas Jost B, Wang Ya Xing, Zhang Qi, Fan Yuan Yuan, Xu Liang, Wei Wen Bin et al.

This study found that larger parapapillary gamma zones are linked to axial elongation and optic disc rotation, which stretches the temporal peripapillary scleral flange. This explains PPGZ development in myopia.

Jiang Ran, Wang Ya Xing, Wei Wen Bin, Xu Liang, Jonas Jost B

This study measured peripapillary choroidal thickness in Chinese adults, finding it thins with age and longer axial length. This baseline data is crucial for understanding ocular diseases like glaucoma and myopia.