3D Thickness Maps derived From Automated Segmentation of Knee Articular Cartilage at 1.5T; A Feasibility Study Using 3D FS DESS, 3D PD FS FSE and 2D PD FS FSE
Joshua Michael Farber 1 , Saara Totterman 2 , Jose Tamez-Pena 3 , Edward Schreyer 2 , and Karl Baum 2
Radiology, Qmetrics Technologies,
Cincinnati, Ohio, United States,
Qmetrics Technologies, Rochester, NY, United States,
Sciences, Tec De Monterry, Monterry, Monterry, Mexico
OA repair techniques are becoming ubiquitous, inlcuding
autograft and allograft repairs. This material explores
the feasibility of using routine 3D FS DESS, 3D PD FS
FSE and 2D PD FS FSE at 1.5 T to generate 3D articular
cartilage (AC) thickness maps with an atlas based, voxel
by voxel automated segmentation platform.
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