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A cohort study identifies key risk factors such as faster baseline visual field loss, higher post-progression intraocular pressure, and older age that predict recurrence of visual field progression in glaucoma, emphasizing the need for pers
Novel IOP metrics from remote home tonometry reflecting exceeding patient-specific IOP targets are significantly associated with visual field progression in treated open-angle glaucoma, outperforming conventional in-office measures.
Baseline retinal vascular features quantified by automated deep learning on fundus photographs are associated with future visual field decline in primary open-angle glaucoma, offering potential prognostic biomarkers to enhance patient risk
This retrospective cohort study compares visual field progression after repeat trabeculectomy versus Ahmed glaucoma valve implantation in eyes with prior trabeculectomy failure, revealing similar postoperative visual outcomes but greater in
This study evaluates long-term outcomes of selective laser trabeculoplasty (SLT) in controlling intraocular pressure and preventing visual field deterioration, identifying clinical factors influencing effectiveness and progression risk.
Eyes with preperimetric glaucoma and baseline microvasculature dropout progressed faster in capillary density loss and were more likely to develop visual field damage.
In a large retrospective glaucoma cohort, delayed follow-up was common yet was not generally associated with visual field worsening, although longer delays appeared more consequential in eyes with worse baseline visual field loss.
