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Three-dimensional reconstruction of optical coherence tomography (OCT) images is a modern technique that helps interpret the images and understand the underlying disease. However, the 3D reconstruction displayed on commercial devices is of limited quality: images are shown on 2D screens and it is difficult or impossible to adjust the view point and capture the data set from a meaningful perspective. We did a preliminary study to evaluate the applicability of a novel, 3D TV-based virtual reality system with interactive volume rendering software to clinical diagnostics and present a workflow, which can incorporate virtual reality technology at various levels of immersion into the daily medical practice, from interactive VR systems to printed media.
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