The aim of this thesis was to investigate the accuracy of computer-assisted pelvic tumor resections in human whole-body cadavers under realistic operation room conditions. After a preoperative computer tomography, K-wires were inserted via computer-assistance and served as guidance for osteotomies with an oscillating saw. The accuracy was compared to freehand controls using 3D printed pelvises with identical geometries. The computer-assisted resections were significantly more accurate than the freehand resections.
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The aim of this thesis was to investigate the accuracy of computer-assisted pelvic tumor resections in human whole-body cadavers under realistic operation room conditions. After a preoperative computer tomography, K-wires were inserted via computer-assistance and served as guidance for osteotomies with an oscillating saw. The accuracy was compared to freehand controls using 3D printed pelvises with identical geometries. The computer-assisted resections were significantly more accurate than the f...
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