Technology

Current applications and future outlook on integrating robotic technology in the operating room.

Real-time data analysis and intelligent automation help streamline key steps.

Robotic laser arcuate incisions reduce variability and residual astigmatism.

Optomed Lumo launches a versatile handheld fundus camera, enhancing retinal imaging accessibility in diverse healthcare settings across the US.

At the CCOI-Stanford Summit, Goldberg calls for collaborative trial models that could redefine efficiency and standardization in ophthalmology research.

Eyetronic is a noninvasive treatment for glaucoma that provides external neural stimulation to the optic nerve of patients.

OpenAI's ChatGPT-4o enhances ophthalmological image generation, producing realistic retinal photographs while highlighting the need for further research in training datasets.

The program allows patients to undergo genetic testing and high-resolution retinal imaging anonymously and provide insights into both ocular and systemic diseases.

Patients express mixed feelings about AI in health care, favoring its use for documentation and administrative tasks while demanding transparency and safety standards.

From Nobel laureates to AI-driven research, the Wilmer Eye Institute honors a century of transforming vision science and care.

As its director, Manusis outlines the facility’s role in delivering advanced, personalized solutions to improve vision and patient experience.

Funding will support continued product development, while the board is composed of “global leaders in posterior and anterior segment eye care, artificial intelligence and clinical trial design.”

With detailed imaging and cognitive data, the Northern Ireland Cohort for the Longitudinal Study of Aging highlights the potential of integrating eye scans into broader health research.

Optical coherence tomography markers—like the ellipsoid zone—are reshaping clinical trials in intermediate age-related macular degeneration, as highlighted at the 2025 International SPECTRALIS Symposium — And Beyond (ISS).

Fluorescence lifetime imaging ophthalmoscopy is emerging as a valuable tool to reveal previously hidden links between retinal changes and systemic disease.

The center aims to optimize patients' vision with a range of cataract and corneal refractive procedures and minimize reliance on glasses and contacts.

Deep learning discerns IIH, NAION, and normal eyes using single fundus image.

NASA’s development of autonomous eye imaging technologies for astronauts aboard the International Space Station is paving the way for remote, high-quality eye care both in deep space and underserved regions on Earth.

Improved axial resolution allows clearer visualization of early atrophic changes, including iRORA vs cRORA differentiation, as shared at the Heidelberg 2025 International SPECTRALIS Symposium – And Beyond (ISS).

From basal laminar deposits to foveal centering, a new framework refines what clinicians see—and what they treat—in outer retinal disease, as presented at the Heidelberg 2025 International SPECTRALIS Symposium – And Beyond (ISS).

Sharon Fekrat, MD, FACS, FASRS, highlights the critical importance of networking and collaboration in the medical field, particularly in ophthalmology.

This partnership aims to address care gaps by identifying untreated and undertreated patients at scale.

Join global experts at the 2025 International SPECTRALIS Symposium in Heidelberg, exploring innovations in ophthalmology and space-related ocular health.

By making these retinal pigment epithelium (RPE) cells visible, researchers have created implications for early detection of disease and the monitoring of treatment response.

Topcon Healthcare launches IDHea, an innovative platform enhancing AI research and ocular data access to improve clinical outcomes in healthcare.

Outcomes from high myopia LASIK using the Teneo laser platform demonstrate strong visual stability and patient satisfaction, with reduced dysphotopsias and minimal reliance on cycloplegia or nomograms.

The Virtual Eye Simulation Analyzer is an AI-driven digital twin of the human eye designed to model aging and personalize presbyopia treatment across the lifecycle.