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pathological anatomy is oriented comparable to healthy anatomy, thus facilitating
image interpretation and allowing a more objective evaluation and diagnosis of the
abnormalities, especially in the case of signi
cant coronal (e.g. scoliosis) or sagittal
(e.g. hyper-kyphosis or hyper-lordosis) spinal curvatures. Furthermore, the
knowledge on the location and orientation of the spine in 3D can be exploited by
other image analysis techniques.
Acknowledgements The author would like to thank B. Ibragimov (University of Ljubljana,
Faculty of Electrical Engineering, Slovenia) for manually segmenting the spine from a CT image
that was used for rendering purposes.
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