The radiation dose of a standard micro-CT scan is relatively high and could influence the experimental outcome. We believe that the presented adaptation of the scan protocol allows for accurate imaging without the risk of interfering with the experimental outcome of the study.

Associated findings of Segond fracture include ACL tear, MCL tear, medial meniscus tear, and posterolateral corner injury. Both the ITB and the ALL may be involved in the Segond avulsion. The anterior arm of the biceps femoris tendon is not involved.

Exia 160 allows rapid spleen and liver enhancement. The high iodine content results in small injection volumes.

Diffusion weighted imaging sequences are now widely available on Magnetic Resonance Imaging (MRI) scanners. Diffusion Tensor Imaging (DTI) of the brain is able to show white matter tracts and is now commonly used in human medicine to study brain anatomy, tumors, structural pathways,. . . The purpose of this study was to show the interest of DTI to reveal the white matter fibers in the dogs' brain. DTI MR Images for this study were obtained with a 3 T system of 4 dogs euthanized for other reasons than neurological disorders. Combined fractional anisotropic (FA) and directional maps were obtained in the first 2 hours after death. The heads were amputated immediately after scanning and stored in 10% formalin until preparation for dissection. An experienced anatomist tracked white matter tracts with clinical relevance using the scanner software. The selected tracts were volume rendered and correlated with gross dissection. Using DTI we were able to track relevant neurological connections, such as the corticospinal tract, the optic and the cerebellar tract. The three dimensional anatomy is better presented using modern visualization techniques. DTI seems to be a valuable tool in order to present clinically relevant white matter tracts to neurological clinicians and researchers. Anat Rec, 296:340-349, 2013. V C 2013 Wiley Periodicals, Inc.Key words: brain; diffusion tensor imaging; dog; anatomy Since a few years, Magnetic Resonance Imaging is a reference technique for imaging the brain in different planes (sagittal, transversal, coronal) and the use of 1,5T to 7T MRI allows more and more accurate and detailed visualization of white matter localization than conventional CT-Scan and X-Ray (Van Thielen et al., 2010). However, an atlas of all the white matter tracts would be particularly useful for providing detailed anatomical data that is not available in studies based on conventional MRI data (Lawes et al., 2008). So we