On the HCPLive Ophthalmology page, resources on the topics of medical news and expert insight into ophthalmic disease can be found. Content includes articles, interviews, videos, podcasts, and breaking news on eye disease research, treatment, and drug development.
November 22nd 2024
FDA grants Rare Pediatric Disease, Fast Track designations to gildeuretinol, aiming to accelerate treatment for Stargardt disease.
FDA Accepts Aflibercept Application for Diabetic Retinopathy
September 13th 2018The acceptance comes less than a month since the FDA had approved the anti-VEGF therapy for the treatment of wet AMD. Its mechanism of action allows it to block new blood vessel growth and the passing of fluids through blood vessels in the eye.
Older, Minority Patients More Likely to Miss Anti-VEGF Treatment for nAMD
August 31st 2018Among patients who were lost to follow-up over a year, just 7.4% attended a follow-up visit after the observed 12 months. In the total loss to follow-up patient population, they reported a mean 7.8 injection treatments and 8.5 clinic visits. In patients not lost, they reported a mean 14.3 injections and 17.1 visits.
Alcon Withdraws Surgical Glaucoma Micro-Stent After New COMPASS Post-Analysis
August 29th 2018The COMPASS-XT five-year analysis reported that patients treated with the micro-stent experienced statistically significant loss of endothelial cells compared to the patients treated with lone cataract surgery.
Retina Stem Cell Therapy Restores Vision in Animal Models
August 15th 2018In an effort to reprogram retina cell regeneration, investigators activated dormant stem cells then aided other stem cells in developing into rod photoreceptor cells—the most abundant cell type in the retina which first aid the retina in sensing light.
Study Results Suggest CNV Lesions May Contribute to Development of Type 1 MA in Patients With nAMD
August 15th 2018A post-hoc analysis of data from the TREX-AMD trial has determined that eyes with neovascular age-related macular degeneration and treated with ranibizumab, develop more macular atrophy lesions within baseline choroidal neovascularization regions than outside those regions.