Imaging

Recapping the Heidelberg Engineering International SPECTRALIS Symposium—and Beyond.

AI enhances home OCT imaging to track wet AMD disease activity, enabling personalized patient management and improved treatment response monitoring.

Advanced imaging and awareness of systemic risk factors are essential.

Ophthalmology celebrates 50 years of groundbreaking innovations, highlighting anti-VEGF therapies, OCT imaging, and future advancements in eye care.

Integrating IRIS technologies will allow Topcon to improve retinal disease diagnostics and referrals from primary care providers.

At the 2025 International SPECTRALIS Symposium—And Beyond (ISS), Chauhan discussed how two-photon microscopy enables precise, non-invasive monitoring of retinal ganglion cell function in living subjects.

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.

ZinserLab will focus on accelerating the development of imaging technologies in eye care.

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.

With 35+ lectures, a NASA keynote, and a river cruise through historic Heidelberg, this year’s symposium blends science and scenery

Jay Chhablani, MD, explains how 3D choroidal vessel segmentation transforms ophthalmology, enhancing disease diagnosis and treatment through advanced imaging technology.

In this conversation, Franklin discussed a research study on intraoperative fluorescein angiography in surgical procedures, highlighting significant advancements in surgical visualization and patient outcomes.

In cases with optic nerve hyperfluorescence or neurologic symptoms, prompt neuroimaging is warranted to rule out neuro-Behcet disease and guide multidisciplinary management.

Scientists enhance eye imaging with AI, achieving high-resolution views of retinal cells, potentially revolutionizing disease detection and monitoring in clinics.

Compensation techniques in swept-source optical coherence tomography angiography improve accuracy by correcting signal loss from drusen and other artifacts

Researchers introduce a multistage dual-branch network to improve accuracy and efficiency

In celebration of Ophthalmology Times 50th anniversary, we asked leading experts in the field what they see as the biggest innovation in ophthalmology in the last 5 decades.

In celebration of Ophthalmology Times 50th anniversary, we asked leading experts in the field what they see as the biggest innovation in ophthalmology in the last 5 decades.