Adding the third dimension on adaptive optics retina imager thanks to full-field optical coherence tomography

Marie Blavier; Leonardo Blanco; Marie Glanc; Florence Pouplard; Sarah Tick; Ivan Maksimovic; Laurent Mugnier; Guillaume Chènegros; Gérard Rousset; François Lacombe; Michel Pâques; Jean-François Le Gargasson; José-Alain Sahel

doi:10.1117/12.808176

18 February 2009 Adding the third dimension on adaptive optics retina imager thanks to full-field optical coherence tomography

Marie Blavier, Leonardo Blanco, Marie Glanc, Florence Pouplard, Sarah Tick, Ivan Maksimovic, Laurent Mugnier, Guillaume Chènegros, Gérard Rousset, François Lacombe, Michel Pâques, Jean-François Le Gargasson, José-Alain Sahel

Author Affiliations +

Proceedings Volume 7163, Ophthalmic Technologies XIX; 71630G (2009) https://doi.org/10.1117/12.808176
Event: SPIE BiOS, 2009, San Jose, California, United States

Abstract

Retinal pathologies, like ARMD or glaucoma, need to be early detected, requiring imaging instruments with resolution at a cellular scale. However, in vivo retinal cells studies and early diagnoses are severely limited by the lack of resolution on eye-fundus images from classical ophthalmologic instruments. We built a 2D retina imager using Adaptive Optics to improve lateral resolution. This imager is currently used in clinical environment. We are currently developing a time domain full-field optical coherence tomograph. The first step was to conceive the images reconstruction algorithms and validation was realized on non-biological samples. Ex vivo retina are currently being imaged. The final step will consist in coupling both setups to acquire high resolution retina cross-sections.

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Marie Blavier, Leonardo Blanco, Marie Glanc, Florence Pouplard, Sarah Tick, Ivan Maksimovic, Laurent Mugnier, Guillaume Chènegros, Gérard Rousset, François Lacombe, Michel Pâques, Jean-François Le Gargasson, and José-Alain Sahel "Adding the third dimension on adaptive optics retina imager thanks to full-field optical coherence tomography", Proc. SPIE 7163, Ophthalmic Technologies XIX, 71630G (18 February 2009); https://doi.org/10.1117/12.808176

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