Exclusive Distributorship EarlySight - Cellularis® Discovery for Greece & Cyprus
A complete and more effective treatment approach to improve the entire spectrum of Retinal Laser photocoagulation treatments.
Cellularis® Discovery - A New Era in Retinal & Optic Disc Investigation - Cellular Level Imaging
The Cellularis® Discovery is an advanced disruptive Ophthalmic Camera device that makes visible important retinal cells and structures, such as retinal pigment epithelium (RPE), retinal nerve fibre layer (rNFL), retinal blood vessels and photoreceptors (PR). These biological structures play key roles in several eye diseases. It is the perfect tool to investigate the retina anatomy and the pathological processes. Research doctors and biotech companies see the potential to better understand eye conditions as well as assessing new treatment effects in a quick and objective manner.
RPE
The retinal pigment epithelium cells are suspected to be the first to degenerate in age-related macular degeneration (AMD). The cells appear as small dark spots on our images
PR
The photo-receptors are the cells responsible to capture the light coming in the eye and transform it into electric signal for the brain. They appear as tiny bright dots on our images.
rNFL
The retinal nerve fiber layer is connecting the retina to the optic disc and optic nerve. The layer is known to degenerate in Glaucoma disease. It appears as stripes made of bundle of axons on our images.
Cellularis® Discovery
The disruptive - innovative Ophthalmic Camera for Retinal Cellular Imaging
The Cellularis® Discovery Ophthalmic Camera delivers the maximum innovation currently available in retinal cell imaging technology. Cellular resolution
Cellular Resolution Imaging
AI-based objective structural measurement
Explore disease inception
Unique access to the deep eye layer (RPE)
RPE Cells Visualization
The retinal pigment epithelium cells are suspected to be the first to degenerate in age-related macular degeneration (AMD). The cells appear as small dark spots on our images
Large Field Fundus Overview
Look at every detail in the eye & Digital data