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This work involves the visualization and interaction of medical data using virtual reality tools on various display systems including the CAVE (Cave Automatic Virtual Environment) and desktops. Different modeling techniques, such as volumetric, isosurface, and polygonal, and how they can be used to build medical applications also form part of this work. The goal of this work is to examine how effective the CAVE is to the medical community and what modeling approach is more effective to build such applications. Part of the study will include a comparison between CAVE and desktop applications, and how such devices enhance usability, understanding, model manipulation, and data perception from a medical points of view
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