Geographic Atrophy

Kriya is developing gene therapies targeting chronic diseases such as geographic atrophy, trigeminal neuralgia, and type 1 diabetes.

Fovea-sparing, multifocal, and bilateral lesions exhibited the fastest growth rates.

Omer Trivizki discusses promising results of VOY-101, a gene therapy for geographic atrophy, highlighting safety and next steps in ongoing research.

Eyestem Research secures $10 million funding to advance innovative retinal therapies, aiming for global expansion and promising trial results.

Dr. Nimesh A. Patel reveals key findings on pegcetacoplan and anti-VEGF treatments for geographic atrophy and neovascular AMD at ASRS 2025.

Discover groundbreaking findings on oral gildeuretinol's impact on Stargardt disease at the ASRS 43rd Annual Meeting in Long Beach, California.

Vonaprument has received fast track designation from the US Food and Drug Administration.

SAR446597 is a one-time intravitreal gene therapy treatment for the treatment of geographic atrophy

Presentation highlights include 48-month data from the OAKS and DERBY trials as well as the GALE open-label extension.

The trial will evaluate the safety and tolerability of Tinlarebant and its potential to reduce atrophic lesion growth rate in patients diagnosed with GA in dry AMD.

Preliminary results of PST-611-CT1 are anticipated early 2026, subject to patient recruitment.

Sanaregen Vision Therapeutics invites investors to reserve shares as it prepares for an equity crowdfunding campaign to advance retinal disease treatments.

New findings reveal RG6501 cell therapy shows promising long-term visual improvements for geographic atrophy patients

Assistive devices empower patients with central vision loss to regain independence, enhancing daily activities and reducing reliance on low vision centers.

The trial treated 9 patients in 3 sequential, ascending dose-level (DL) cohorts.

A study reveals attrition rates in patients with geographic atrophy on complement inhibitor therapies, highlighting the need for improved treatment adherence strategies.

Discover how ellipsoid zone integrity predicts geographic atrophy growth rates in recent clinical trials, enhancing future treatment strategies.

Vakharia insights from the ARCHER trial on geographic atrophy treatment for dry AMD, highlighting promising results and future directions in ophthalmology.

New analysis reveals the ellipsoidal zone's role in predicting geographic atrophy progression, enabling timely interventions to protect photoreceptors.

New research links diffuse-trickling patterns in fundus autofluorescence to increased ellipsoidal zone loss, highlighting potential biomarkers for rapid geographic atrophy progression.

The designation is based off previously reported phase 3 data from the ongoing DRAGON trial.