Mattox Cynthia

Shu Yu-Hsiang, Wu Jun, Luong Tiffany, Mattox Cynthia, Fang Ervin N, Lee Brian L et al.

Studying glaucoma patients, higher topical medication adherence significantly slowed visual field progression. Improving adherence can preserve vision, highlighting its critical role in clinical practice.

Vold Steven, Ahmed Iqbal Ike K, Craven E Randy, Mattox Cynthia, Stamper Robert, Packer Mark et al.

Supraciliary microstenting with cataract surgery safely and significantly lowered IOP and medication use for mild-to-moderate glaucoma over two years, offering a valuable combined treatment option.

Mattox Cynthia, Tsai James C

The AGS states glaucoma surgery, including laser and incisional procedures, requires the rigorous training of licensed MDs or DOs to ensure highest quality patient care.

Lima Verônica C, Prata Tiago S, Castro Dinorah P E, Castro Leonardo C, De Moraes Carlos G V, Mattox Cynthia et al.

FD-OCT revealed subclinical macular changes (folds/fluid) in over half of eyes with postoperative hypotony, even without clinical maculopathy. These changes correlated with visual symptoms/loss, highlighting FD-OCT's diagnostic value.

Wollstein Gadi, Paunescu Leila A, Ko Tony H, Fujimoto James G, Kowalevicz Andrew, Hartl Ingmar et al.

This study found ultrahigh-resolution OCT provides significantly more detailed retinal views than conventional OCT, improving detection of glaucoma-related abnormalities for better clinical assessment.

Lederer David E, Schuman Joel S, Hertzmark Ellen, Heltzer James, Velazques Leonardo J, Fujimoto James G et al.

OCT macular volume decreases with glaucoma progression, especially in advanced stages, offering a potential objective measure for disease evaluation and monitoring.

Williams Zinaria Y, Schuman Joel S, Gamell Lisa, Nemi Ajit, Hertzmark Ellen, Fujimoto James G et al.

OCT nerve fiber layer thickness was studied to predict glaucoma-related visual field defects. It can identify VFDs, but its predictive value suggests current OCT resolution needs improvement for screening.