Next Generation Mixed Metal Transition Metal Non-Oxide Supercapacitors
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Accurate quantification of ONH parameters (disc/cup area, volume, cup-to-disc and rim-to-disc ratios). After radial smoothing and cubic interpolation, the system computes disc and cup areas, volumes, global and sectoral cup‐to‐disc and rim‐to‐disc ratios, plus vertical and horizontal C/D metrics. Fully automated, objective segmentation of optic disc and cup margins.
From these contours, the system computes disc, rim, and cup areas and volumes, global and sectoral cup-to-disc and rim-to-disc ratios, plus vertical/horizontal C/D ratios, and classifies the ONH by comparing energy fits in point distribution models of normal and abnormal shapes. Automated, consistent disc and cup margin segmentation despite peripapillary atrophy or vessel occlusion. Objective, quantitative measurement of optic nerve head parameters (disc/cup areas, volumes, ratios).
This technology leverages Optical Coherence Tomography (OCT) imaging in combination with specialized software to capture A-scans, B-scans, and en face images. This approach is differentiated by its bidirectional linking between volumetric OCT data and the surface maps, allowing seamless navigation between detailed cross-sectional slices and mapped representations. It offers an intuitive and interactive interface tailored to improve surgical planning for minimally invasive glaucoma procedures.