Hou Kaihua

Pham Alex T, Pan Annabelle A, Bradley Chris, Hou Kaihua, Herbert Patrick, Johnson Chris et al.

This study found OCT's cp-RNFL best predicts early glaucoma worsening, while GC-IPL is better for later stages. Combining both offers minimal extra benefit for detecting progression.

Pham Alex T, Bradley Chris, Hou Kaihua, Herbert Patrick, Boland Michael V, Ramulu Pradeep Y et al.

This study found that glaucoma patients whose eye pressure was above their clinician-set target experienced significantly faster retinal nerve fiber layer thinning, especially in early to moderate disease.

Hou Kaihua, Bradley Chris, Herbert Patrick, Johnson Chris, Wall Michael, Ramulu Pradeep Y et al.

A study used AI (gated transformer network) with OCT scans to predict glaucoma visual field worsening. It accurately detected worsening, suggesting future use for tracking disease progression with less functional testing.

Bradley Chris, Herbert Patrick, Hou Kaihua, Unberath Mathias, Ramulu Pradeep, Yohannan Jithin

This study found OCT was slightly more accurate than visual fields alone for detecting glaucoma worsening, but combining both significantly improved accuracy, highlighting the need for frequent, multimodal monitoring.

Bradley Chris, Hou Kaihua, Herbert Patrick, Unberath Mathias, Boland Michael V, Ramulu Pradeep et al.

This study found current OCT scan frequency often misses glaucoma worsening. More scans, especially clustered, are needed to accurately detect RNFL thinning, improving clinical monitoring.