Ing Eliesa

Yeh Po-Han, Tan Ou, Silbermann Elizabeth, White Elizabeth, Choi Dongseok, Chen Aiyin et al.

This study found distinct peripapillary NFL thinning patterns differentiate MS (temporal) from glaucoma (inferior/superior-temporal). Analyzing percentage reduction improves OCT's diagnostic accuracy for these optic neuropathies.

Lozano Diana C, Yang Yong-Feng, Cepurna William O, Smoody Barbara F, Ing Eliesa, Morrison John C et al.

This rat study found elevated IOP alters gene expression in the trabecular meshwork (TGFβ pathway downregulated) and optic nerve head (immune/defense pathways upregulated), suggesting distinct tissue responses to pressure that may impact glaucoma.

You Qi Sheng, Tan Ou, Pi Shaohua, Liu Liang, Wei Ping, Chen Aiyin et al.

This study found different OCTA algorithms for glaucoma diagnosis are not interchangeable, but both offer similar diagnostic accuracy to structural OCT, especially with larger macular analysis.

Tan Ou, Liu Liang, You Qisheng, Wang Jie, Chen Aiyin, Ing Eliesa et al.

Studying nerve fiber layer reflectance for glaucoma, researchers found focal loss significantly improved diagnostic sensitivity over thickness, potentially aiding early diagnosis and population screening.

Walters Alexander, Lambert Nathan, Bricel Seth, Hwang Thomas, Ing Eliesa, Tehrani Shandiz

This case series found Stickler syndrome, typically linked to open-angle glaucoma, can also present with acute angle closure. Clinicians should screen for this in Stickler patients with high IOP.

Liu Liang, Tan Ou, Ing Eliesa, Morrison John C, Edmunds Beth, Davis Ellen et al.

OCTA-based simulated visual fields correlated well with actual VF in glaucoma, showing better reproducibility and diagnostic accuracy than standard VF, promising improved monitoring and earlier diagnosis.

Ing Eliesa, Ivers Kevin M, Yang Hongli, Gardiner Stuart K, Reynaud Juan, Cull Grant et al.

Monkey optic nerve transection showed cupping results from prelaminar tissue thinning, not posterior laminar deformation. This clarifies the mechanical basis of early optic nerve head changes in glaucoma.