Summary
Karim Ghoufiri
Business Developer
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TECHNOLOGY
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Novel vision restoration approach based on optical wavefront modulation to generate three-dimensional light stimulation patterns adapted to the anatomy of the human retina
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Technology combining image-processing software with a holographic projection device capable of converting visual scenes into 3D light patterns tailored to the structure of the fovea
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Biomimetic approach designed to precisely adapt light stimuli to the three-dimensional organization of the retinal ganglion cell layer, overcoming the anatomical limitations of conventional 2D projection systems
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Solution aiming to improve the resolution of restored vision in patients affected by neurodegenerative retinal diseases involving photoreceptor loss, particularly in combination with optogenetic therapies
MARKET
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Ophthalmic medical device manufacturers and companies developing vision restoration technologies.
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Companies specializing in optical projection systems, holographic imaging and visual neuroprosthetics
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Potential therapeutic applications for patients with retinitis pigmentosa or age-related macular degeneration (AMD)
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Research laboratories specializing in ophthalmology, visual neuroscience, optogenetics and biomedical engineering
DEVELOPMENT STATUS
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Functional prototype developed, capable of holographically shaping light in three dimensions within artificial eye models
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Experimental validation of the optical modulation principle and projection of three-dimensional light patterns
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Next development step: integration of an eye-tracking system to adapt light projection to eye movements
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Planned testing in patients previously treated with optogenetic therapy to evaluate visual restoration performance
IP
- Patent Filed
VALORISATION STRATEGY
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Seeking industrial partners specializing in ophthalmic devices, optical technologies and vision restoration for technology co-development
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Opportunity for direct technology licensing to an industrial partner