Tan Bingyao

Win Khin Yadanar, Ng Yvonne Bei Zhen, Hu Qinglan, Mohammad Naim Syahidatin Rahima Binte, Chua Jacqueline, Nongpiur Monisha Esther et al.

UHR-OCT precisely characterized exfoliation syndrome material on the lens, revealing diverse forms and enabling quantitative analysis. This offers a new tool for monitoring disease progression.

Porporato Natalia, Xu Benjamin Y, Tan Bingyao, Chang Yu Q, Tun Tin A, Perera Shamira et al.

Novel HP-OCT reliably assesses angle closure, showing excellent reproducibility and good agreement with SS-OCT/gonioscopy, while uniquely visualizing distal outflow pathways, enhancing glaucoma research.

Wong Damon, Chua Jacqueline, Tan Bingyao, Yao Xinwen, Chong Rachel, Sng Chelvin C A et al.

This study found combining OCT structural and OCTA vascular data better models focal visual field loss in early glaucoma than either alone, suggesting improved early disease evaluation.

Wong Damon, Chua Jacqueline, Lin Emily, Tan Bingyao, Yao Xinwen, Chong Rachel et al.

This study found focal capillary density is more broadly associated with visual field loss in glaucoma than nerve fiber thickness, especially centrally, highlighting its potential for earlier detection.

Kadziauskienė Aistė, Chua Jacqueline, Baskaran Mani, Yow Ai Ping, Tan Bingyao, Sng Chelvin et al.

This study found that preoperative nerve fiber layer thickness, baseline visual field, and glaucoma severity predict improved visual field outcomes one year after trabeculectomy, suggesting their role in prognosticating surgical success.

Chong Rachel S, Chee Miao-Li, Tham Yih-Chung, Majithia Shivani, Thakur Sahil, Teo Zhen Ling et al.

This study found that certain antihypertensive medications (ACEIs, diuretics, or multiple drugs) were associated with thinner retinal nerve fiber and ganglion cell layers in non-glaucoma patients.

Chong Rachel S, Busoy Joanna M F, Tan Bingyao, Yeo Sia Wey, Lee Ying Shi, Barathi Amutha V et al.

This mouse model of acute OHT with angle closure features caused RGC loss, retinal dysfunction, and focal ischemia without confounding injury, providing a valuable tool for studying this severe blinding disease.

Wong Damon, Chua Jacqueline, Baskaran Mani, Tan Bingyao, Yao Xinwen, Chan Samuel et al.

This study found that refractive error (SE) impacts OCT's diagnostic accuracy for glaucoma, which improved with disease severity. Clinicians should consider these factors and match controls for better diagnostic precision.

Tan Bingyao, Chua Jacqueline, Harish Thiyagrajan, Lau Amanda, Gan Alfred Tau Liang, Tan Yar Li et al.

This study found good-to-excellent agreement between SS-OCTA and SD-OCT for RNFL thickness, suggesting RNFL can be reliably extracted from wide-field OCTA, aiding glaucoma assessment.

Tan Bingyao, MacLellan Benjamin, Mason Erik, Bizheva Kostadinka K

Acute IOP elevation in rats suppressed retinal function and blood flow responses to flicker, highlighting how high pressure impairs retinal neurovascular coupling, crucial for glaucoma understanding.

Choh Vivian, Gurdita Akshay, Tan Bingyao, Prasad Ratna C, Bizheva Kostadinka, Joos Karen M

Short-term moderate IOP elevation in rats unexpectedly increased scotopic ERG responses, suggesting early retinal changes occur before structural damage, potentially aiding early glaucoma detection.