High-resolution Reconstruction of a Waxed Heart Specimen With Flat Panel Volume Computed Tomography and Rapid Prototyping

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Abstract

Summary:

A waxed piglet heart was scanned with a flat panel volume computed tomography scanner (voxel size, 0.25 mm3). Virtual and real laser-sintered models showed excellent visual concordance with the original. Using an iterative-closest-point algorithm, a very low mean surface distance was found between the original and laser-sintered model (0.26 ± 0.34 mm). These techniques allow submillimeter 3-dimensional virtual and real reconstructions without destroying the original and might be useful for teaching, research, and planning of cardiac interventions.

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