Abstract #0060
            Diffusion tensor MRI and tractography of the sacral plexus in children with spina bifida
                      Wieke Haakma                     1,2                    , Pieter Dik                     3                    , 						Bennie ten Haken                     4                    , Martijn Froeling                     1                    , 						Rutger Jan Nievelstein                     1                    , Jeroen Hendrikse                     1                    , 						Inge Cuppen                     5                    , Tom de Jong                     3                    , and 						Alexander Leemans                     6          
            
            1
           
           Radiology, University Medical Center 
						Utrecht, Utrecht, Utrecht, Netherlands,
           
            2
           
           Department 
						of Forensic Sciences and Comparative Medicine Lab, 
						Aarhus University, Aarhus, Central Denmark, Denmark,
           
            3
           
           Pediatric 
						Urology, University Medical Center Utrecht, Utrecht, 
						Netherlands,
           
            4
           
           Institute 
						for Biomedical Technology & Technical Medicine, 
						University of Twente, enschede, Overijssel, Netherlands,
           
            5
           
           Pediatric 
						Neurology, University Medical Center Utrecht, Utrecht, 
						Netherlands,
           
            6
           
           Image 
						Science Institute, University Medical Center Utrecht, 
						Utrecht, Netherlands
          
            
          It is still largely unknown how neural tube defects in 
						spina bifida (SB) affect the nerves at the level of the 
						sacral plexus. Visualizing the sacral plexus in 3D could 
						improve anatomical understanding regarding neurological 
						problems. 10 SB patients underwent DTI on a 3 Tesla MRI. 
						With tractography the microstructural properties of the 
						nerves were investigated and were compared with 10 
						healthy controls. The sacral plexus of SB patients 
						showed asymmetry, disorganization and lower diffusion 
						values compared to healthy controls. We expect that this 
						technology can provide a valuable contribution to a 
						better analysis of these patients in the future.
         
 
            
				
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