Atalay Eray

Prasad Shimna C, Umapathi Ruthra M, Hlaing Tin Nwe, Atalay Eray, Girard Michael J, Aung Tin et al.

This study found that in primary angle-closure glaucoma with asymmetrical visual field loss, the worse eye had significantly thinner central corneal thickness and higher initial intraocular pressure, impacting disease severity.

Tun Tin A, Atalay Eray, Liu Arthur, Liu Chang, Aung Tin, Nongpiur Monisha E

OCTA showed optic disc and macular microvasculature was significantly reduced only in primary angle closure glaucoma, not earlier stages, suggesting vascular changes correlate with glaucoma progression.

Liu Chang, Umapathi Ruthra M, Atalay Eray, Schmetterer Leopold, Husain Rahat, Boey Pui Yi et al.

Latanoprost-induced IOP reduction in treatment-naive eyes significantly correlated with increased optic nerve head and peripapillary capillary vessel density, suggesting improved ocular microperfusion as a glaucoma treatment mechanism.

Najjar Raymond P, Sharma Sourabh, Atalay Eray, Rukmini Annadata V, Sun Christopher, Lock Jing Zhan et al.

Early-stage glaucoma patients show reduced pupillary responses to blue and red light, correlating with retinal nerve fiber layer thinning. This suggests early melanopsin cell dysfunction, potentially aiding early detection.

Tun Tin A, Atalay Eray, Baskaran Mani, Nongpiur Monisha E, Htoon Hla M, Goh David et al.

This study found that optic nerve head biomechanical changes from acute IOP elevation correlated with visual field loss in POAG, suggesting ONH biomechanics relate to disease severity and differ between glaucoma types.

Verma Sushma, Nongpiur Monisha E, Oo Hnin H, Atalay Eray, Goh David, Wong Tina T et al.

This study found plateau iris is common (37%) and similarly distributed across PACG subgroups, with thicker peripheral irises increasing its likelihood, impacting tailored treatment approaches.

Atalay Eray, Nongpiur Monisha E, Baskaran Mani, Perera Shamira A, Wong Tina T, Quek Desmond et al.

Phacoemulsification in unmedicated angle-closure eyes significantly reduced IOP by 20% on average, with less reduction in lower preoperative IOP and more peripheral anterior synechiae, highlighting its therapeutic role.

Sharma Sourabh, Tun Tin A, Baskaran Mani, Atalay Eray, Thakku Sri Gowtham, Liang Zhang et al.

Acute IOP elevation compressed the optic nerve rim in glaucoma patients, but not in normal or OHT eyes, indicating glaucoma optic nerves are more susceptible to IOP changes.

Verma Sushma, Nongpiur Monisha E, Atalay Eray, Wei Xin, Husain Rahat, Goh David et al.

This study found 15.8% of PACG patients had visual field progression, often in the superior arcuate area. Older age and higher cup-to-disc ratio predicted faster progression, highlighting risk factors for clinical monitoring.

Nongpiur Monisha E, Aboobakar Inas F, Baskaran Mani, Narayanaswamy Arun, Sakata Lisandro M, Wu Renyi et al.

This study found smaller baseline angle opening distance and larger lens vault predict incident angle closure in initially open angles, identifying high-risk individuals.

Tun Tin A, Tan Shayne S, Atalay Eray, Verma Sushma, Nongpiur Monisha E, Baskaran Mani et al.

This study found Cirrus OCT anterior chamber angle measurements have low inter- and intra-observer variability, regardless of angle status or operator experience, making it a reliable clinical tool.

Atalay Eray, Nongpiur Monisha E, Baskaran Mani, Sharma Sourabh, Perera Shamira A, Aung Tin

This study compared eyes with acute angle closure to their unaffected fellow eyes, finding affected eyes had smaller anterior segments. Iris thickness strongly predicted angle width in both, highlighting its role in angle closure risk.

Atalay Eray, Nongpiur Monisha E, Yap Sae Cheong, Wong Tina T, Goh David, Husain Rahat et al.

This study found PACG causes worse superior visual field loss than inferior, with damage increasing with severity and being most pronounced nasally, aiding targeted monitoring.

Atalay Eray, Tamçelik Nevbahar, Bilgec Mustafa D

This study found pseudoexfoliation syndrome eyes have significantly shorter lens-iris distances in all quadrants compared to controls. This anatomical difference may contribute to glaucoma mechanisms in PXS.