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We report on the results of a collaboration between two independent research projects at the Buffalo and Stony Brook campuses of the State University of New York. At Buffalo we have been developing a software system for the detection and display of surfaces of organs and organ systems from three-dimensional reconstructions. At Stony Brook we have been developing hardware and software for the three-dimensional reconstruction of objects using nuclear magnetic resonance zeugmatographic imaging. The merging of these two modalities gives us a truly powerful tool for three-dimensional visualization. This is demonstrated by frames from movies illustrating the external and internal three-dimensional structure of organs, such as the brain and the heart, produced by applying the Buffalo display programs to the Stony Brook nuclear magnetic resonance reconstructions.
Herman et al. (Thu,) studied this question.