Latest Conference Articles

Ultra-widefield pediatric retinal scans plus adaptable AI reveal hidden eye issues during routine visits, enabling comfortable, scalable screening and earlier specialist referrals.

Caveolin‑1 is a membrane-associated protein expressed in many cell types that plays a key role in modulating inflammatory signaling.

Two leading retinal specialists break down MCO-010's 3-year efficacy and safety data, the significance of contralateral eye findings, and how this gene-agnostic optogenetic approach could fill a critical gap for patients with advanced inherited retinal degeneration who have limited treatment options.

Jay Chhablani, MD, a retina specialist from UPMC Vision Institute and director of the Choroidal Analysis and Research Lab at the University of Pittsburgh, discussed recent advancements in choroidal imaging.

Uveitis expert Nisha Acharya, recipient of ARVO’s Mildred Weisenfeld Award, discusses how clinical trials and big data are reshaping treatment, vaccination, and vision outcomes.

Paul Nderitu discusses Global RETFound, a diverse, worldwide retinal AI model that outperforms existing tools and sets a new standard for equitable, open-access medical AI.

NYU researchers discuss using CellChek C widefield specular microscopy to visualize and quantify corneal nerves in dry eye disease, revealing reduced nerve fiber length and inferior whorl changes and offering a practical alternative to in vivo confocal imaging.

At ARVO Michael Siatkowski, MD, and Jody Summers, PhD, stopped to discuss the rising rates of myopia in children and if anti-inflammatory drugs could play a role in slowing progression.

Single-shot optogenetic injection restores light sensitivity in advanced retinitis pigmentosa, delivering sustained vision gains for years with strong safety, expanding hope beyond gene-specific therapy.

Aaron Lee, MD, and Cecilia Lee, MD, co-recipients of this year's Cogan Award at ARVO, reflect on what the award lecture means to them and their careers.

Dimitra Skondra, MD, PhD, discussed her talk on how the diet and gut microbiome can affect the development of age-related macular degeneration.

AI-assisted screening in glaucoma clinics flags patient distress early, improving adherence and outcomes without adding staff burden.

Phase 2 and phase 3 results in diabetic macular edema and uveitic macular edema support intravitreal anti–IL-6 therapy

Ariel Ong, a fellow from University College London, discussed her ARVO poster, looking at her work on developing a scalable pipeline for data extraction from ophthalmic clinical letters and what significance that could have in managing patients.

Several presentations at ARVO 2026 show the field advancing on two fronts: extending how long therapies last and broadening what they target.

Madhura Tamhankar, MD, took some time at the ARVO conference in Denver, Colorado, to discuss a poster on disease progression in thyroid eye disease, stressing what we know about the Rundle Curve may not be accurate.

Three-year durability data emerge for two distinct approaches to RP

Diastolic perfusion pressure emerges as the strongest predictor of myocardial strain in a recent study.

ECG-synchronized Doppler holography provides repeatable measurements of the retinal blood flow

The poster looked into the LLM's potential for biases in gender and race when it came to its knowledge of retinitis pigmentosa.

Srinivas Sadda, MD, FARVO, immediate past president of ARVO, discusses the impact the organization has had on his career and how he wants to help the next generation.

Kaden Bunch, a fourth-year medical student from the Warren Alpert Medical School of Brown University, talked about his poster on large language models and the effectiveness of diagnosing red eye diseases.

At this year's ARVO meeting in Denver, Colorado, Giulia Corradetti spoke on how baseline OCT biomarkers can predict anatomic response in neovascular age-related macular degeneration when treated with faricimab.

Christopher E. Starr, MD, FACS, highlights diagnostic gaps in dry eye, emphasizing neuropathic corneal pain and reviewing emerging therapies and pipeline treatments in ocular surface disease.

A tissue-sparing technique using a triple-layer decellularized basement membrane is associated with shorter OR time, rapid recovery, and no reported recurrences in a retrospective series.

Quesada discusses a robotic femtosecond laser platform for LASIK, focusing on flap accuracy, stromal bed precision, and the role of integrated OCT imaging.

An analysis of lifitegrast trial subgroups showed that earlier treatment and milder baseline disease were associated with faster and greater symptom improvement.

Combining peristaltic and Venturi pump technology during phacoemulsification may reduce ultrasound time and support endothelial preservation.