20 of 8,970 articles
Servillo Andrea, Tun Tin A, Yoo Chungkwon, Kumar Rajesh S, Baskaran Mani et al.
Laser iridotomy sustained angle widening in two-thirds of patients. However, a thicker iris at baseline in narrower angles predicted persistent closure, highlighting the need for tailored management in these cases.
Ying Yue, Fan Xintong, Sun Yanan, Sheng Qilian, Kwan Ye Lin et al.
Acute primary angle closure leads to long-term peripapillary optic nerve microvascular impairment, even after clinical resolution. This persistent vessel density reduction suggests ongoing risk or damage, highlighting the need for continued monitoring.
Gupta Neeti, Price Francis W, Price Marianne O
Long-term use of fluorometholone 0.1% after DMEK results in low rates of steroid induced ocular hypertension, de novo glaucoma, and immunologic rejection in patients without prior glaucoma.
Oke Isdin, Zhang Lyvia J, Elze Tobias, Lorch Alice C, Miller Joan W et al.
Approximately half of children undergoing PK in the IRIS Registry experienced graft failure within 5 years of transplantation.
Klabe Karsten, Werth Jan Philipp, Kaymak Hakan, Fricke Andreas
The MicroShunt effectively and safely lowered intraocular pressure and medication burden for up to six years in open-angle glaucoma patients, with outcomes consistent across combined and standalone procedures, supporting its real-world clinical reliability.
Martinez-de-la-Casa Jose, Stalmans Ingeborg, Abegão-Pinto Luís, Topouzis Fotis, Pazos Marta et al.
European glaucoma care shows marked regional differences in surgical practices and referral timeliness. Frequent late referrals are associated with advanced disease, highlighting a need for improved early intervention to prevent vision loss.
Masetto C Fuganti Raphaela, O Rassi Tiago Nelson, Fuganti Maikon V, Narainswami Neeran, Rocha Jorge et al.
Hwang Young Hoon, Lee Sharon, Kim Mijin, Choi Jaewan
Slow coagulation transscleral cyclophotocoagulation effectively lowers intraocular pressure in Korean patients with medically uncontrolled glaucoma. This provides a useful treatment option, reducing medication needs with manageable complications.
Papageorgiou Eleni, Toumasis Panagiotis N, Lazari Katerina, Androudi Sofia, Gottlob Irene
Optical coherence tomography provides crucial structural insights into pediatric ocular development and diverse eye diseases. This non-invasive tool aids early diagnosis, guides management, and improves outcomes across the pediatric age spectrum.
Realini Tony, Balasubramani G K, Kenkre Tanya, Wolsk Jenny, Kass Michael A et al.
The COAST trial compares standard versus low-energy SLT for new ocular hypertension/glaucoma. Its robust design and representative patient population will clarify optimal SLT use for long-term glaucoma management, potentially reducing reliance on other therapies.
Sng Jie James, Park Ki Ho, Kim Young Kook, Jeoung Jin Wook
After laser iridotomy for primary angle closure disease, anterior segment OCT reveals persistent structural differences, particularly in anterior chamber depth and nasal angle parameters. This offers a useful adjunctive tool for assessing and stratifying risk in treated eyes.
Araújo-Azevedo Beatriz, Ferreira-da-Silva Renato, Barbosa-Breda João
Lowering intraocular pressure to single digits in normal-tension glaucoma significantly slows visual field progression. This benefit must be balanced against the increased risk of hypotony-related complications, despite often being transient.
Marin Alejandro, Quintero Maria A, Kaplan Tyler M, Macaron Marie M, Agapov Sonya et al.
Civelekler Mustafa, Citirik Mehmet
Biomedically enriched AI, DeepSeek, most accurately generated glaucoma PubMed citations, outperforming general models. However, all AI models produced errors, emphasizing the critical need for human verification to prevent citation inaccuracies.
Matsuo Masato, Sharpe Glen P, Hutchison Donna M, Shuba Lesya M, Nicolela Marcelo T et al.
Normal aging contributes about half of the retinal nerve fiber layer thinning observed in treated glaucoma patients, with glaucoma itself causing additional significant thinning. This highlights the importance of distinguishing age-related changes from disease progression.
Samico Gustavo A, da Costa Douglas R, Scherer Rafael, Azizi Ali, Rabinowitz Aaron S et al.
Deep learning-predicted retinal nerve fiber layer loss from fundus photos correlates with meaningful structural change and predicts incident glaucoma. This offers a valuable tool for glaucoma risk stratification, particularly where OCT is unavailable.
Tempelhof Ortal Fogel, Reich Yael, Rachmiel Rony, Berliner Ori, Waisbourd Michael et al.
Face masks inconsistently alter intraocular pressure measurements, reaching clinical significance in one-third of patients. Clinicians should consider repeated measurements without a mask or using other tonometers before making treatment decisions.
Mohammadzadeh Vahid, Davis Tyler, Morales Esteban, Vega Diana Salazar, Khaliliyeh Daniela et al.
A deep learning model accurately detected glaucoma progression from serial optic disc photographs with high sensitivity. This offers a promising adjunctive tool for clinical decision-making in structural glaucoma monitoring.
Narainswami Neeran, Chavez Matheus Pedrotti, Sperotto Pedro Henrique Ferrazza, Alves Nuno Rodrigues, Lopes Guilherme Melchior Maia et al.
Slow-coagulation cyclophotocoagulation effectively lowers intraocular pressure, outperforming micropulse and matching conventional methods, with similar safety. This offers a viable non-incisional glaucoma treatment option, even for patients with visual potential.