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Cone photoreceptor analysis got faster, more objective, and scalable

Characterizing the cone mosaic from adaptive optics images has long been a bottleneck. Time-consuming, and difficult to standardize. To change that, Erasmus MC and Imagine Eyes introduce AOBOX...

Celebrating 2025 milestones with our community

As we step into 2026, we want to express our heartfelt gratitude to the incredible community of researchers, clinicians,…

Introducing AObox: AI-Powered Cone Analysis for rtx1

Developed by Erasmus MC Rotterdam, AObox brings ready-to-use AI models to AO clinical studies, and provides cone density heatmaps and quantitative metrics directly from AO images and montages.

Retinal Microvasculature as a Window into Systemic Health

CKD, cardiovascular risks, cognitive decline. Micron-precision vascular assessments open new avenues for clinical research.

Imagine Eyes installs a breakthrough cellular-resolution retinal tomograph at Emory University

Professor Michael Girard and his team adopt M2OCT to develop ultra-precise AI biomarkers of neurodegenerative diseases in the eye and brain...

Retinal degeneration – Growing role of AO imaging

The special issue of IOVS journal on ARVO 2025 abstracts features 5 studies by users of Imagine Eyes’ adaptive optics (AO)…

Tracking AMD progression at the cellular scale

2 ophthalmology professors explain how they use the rtx1 AO camera to assess AMD at the cellular scale

New rtx1 retinal camera in England – Mynamics project on myopia

2025 starts on a high note as Loïc Le Kernevez just visited Occuity in Reading, UK. He set up a new rtx1 unit for their…

Great discussions at rtx1 users’ e-symposium 2024

2024 edition : 7 clinical research teams share insights obtained with rtx1 AO retinal camera, and discuss about standardization of AO studies

New rtx1 retinal camera installed in Baltimore, USA

The University of Maryland Baltimore, USA, is now equipped with an rtx1 Adaptive Optics Retinal Camera. In the photo, Loic…