Khuu Sieu K

Phu Jack, Khuu Sieu K, Nivison-Smith Lisa, Kalloniatis Michael

This review explored standard automated perimetry's issues in glaucoma/retinal diseases. It found optimizing parameters and reconciling subjective responses can improve defect detection and structure-function correlation, enhancing clinical care.

Trinh Matt, Kalloniatis Michael, Khuu Sieu K, Nivison-Smith Lisa

This review found early/intermediate AMD significantly reduces mesopic/scotopic retinal sensitivity, especially with MP-1/MAIA devices, providing clinically relevant measures for disease monitoring.

Tong Janelle, Phu Jack, Alonso-Caneiro David, Khuu Sieu K, Kalloniatis Michael

This study found specific displacement models accurately estimate retinal ganglion cell counts from OCT-derived GCIPL thickness, enabling better glaucoma diagnosis and monitoring via commercial OCT.

Tong Janelle, Phu Jack, Alonso-Caneiro David, Khuu Sieu K, Kalloniatis Michael

This study found Drasdo displacement improved central structure-function concordance using GCIPL thickness data, but not deviation maps, offering potential for better glaucoma detection.

Phu Jack, Khuu Sieu K, Agar Ashish, Kalloniatis Michael

SITA-Faster saves time but has more unreliable results (false positives) and higher sensitivities, especially with field loss, meaning results aren't directly interchangeable with SITA-Standard.

Tong Janelle, Phu Jack, Khuu Sieu K, Yoshioka Nayuta, Choi Agnes Y, Nivison-Smith Lisa et al.

This study modeled age-related macular GCL changes, finding decline starts in the late 30s. Combining spatial clustering and age-correction improved visual field prediction, aiding early glaucoma detection.

Yoshioka Nayuta, Zangerl Barbara, Phu Jack, Choi Agnes Y J, Khuu Sieu K, Masselos Katherine et al.

This study found smaller visual field stimuli (GI-GII) better correlate central retinal structure (ganglion cells) and function in normal and early glaucoma eyes, suggesting this relationship is governed by ganglion cell density.

Phu Jack, Khuu Sieu K, Nivison-Smith Lisa, Zangerl Barbara, Choi Agnes Yiu Jeung, Jones Bryan W et al.

This study found visual field sensitivity decline with age varies by stimulus size and location, creating unique patterns. These patterns could improve glaucoma diagnosis by guiding more precise comparisons of visual function.

Yoshioka Nayuta, Zangerl Barbara, Nivison-Smith Lisa, Khuu Sieu K, Jones Bryan W, Pfeiffer Rebecca L et al.

Pattern recognition identified age-related macular GCL thinning patterns in healthy eyes, with a segmented linear reduction. This provides a better framework for assessing GCL loss in glaucoma and other ocular diseases.

Khuu Sieu K, Kalloniatis Michael

This study mapped spatial summation (Ac) across the visual field, finding it increases with eccentricity. A new metric (dB*) allows comparing contrast sensitivity across different test sizes and ages, improving glaucoma assessment.