https://www.selleckchem.com/products/mitopq.html
The purpose of this work was to compare measurements of talar cartilage thickness and cartilage and bone surface geometry from clinically feasible magnetic resonance imaging (MRI) against high-accuracy laser scan models. Measurement of talar bone and cartilage geometry from MRI would provide useful information for evaluating cartilage changes, selecting osteochondral graft sources or creating patient-specific joint models. Three-dimensional (3D) bone and cartilage models of 7 cadaver tali were created using (1) manual segmentation of hig
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