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'''Diffusion tensor imaging''' (DTI) A newly developed form of [[M#magnetic resonance imaging|magnetic resonance imaging]] (MRI). Magnetic field variations of the MRI magnet are applied in at least six different directions generating a three dimensional shape of the diffusion pattern. This technique can be used in neural imaging of white matter due to the orientation of axon bundles and the associated water flow. (More? [[Magnetic Resonance Imaging]])
'''Diffusion tensor imaging''' (DTI) A newly developed form of [[M#magnetic resonance imaging|magnetic resonance imaging]] (MRI). Magnetic field variations of the MRI magnet are applied in at least six different directions generating a three dimensional shape of the diffusion pattern. This technique can be used in neural imaging of white matter due to the orientation of axon bundles and the associated water flow. (More? [[Magnetic Resonance Imaging]])


'''Neural DTI Links:''' [[:File:Brain fissure development 02.jpg|Fissures 13-21 weeks]]
:'''Neural DTI Links:''' [[:File:Brain fissure development 02.jpg|Fissures 13-21 weeks]] | [[:File:Brain ventricles and ganglia development 03.jpg|Brain and Ventricles 13-21 weeks]] | [[:File:Brain_ventricles_and_ganglia_development_02.jpg|Brain, Ventricles and Ganglia 13-21 weeks]]

Revision as of 15:02, 27 August 2010

Diffusion tensor imaging (DTI) A newly developed form of magnetic resonance imaging (MRI). Magnetic field variations of the MRI magnet are applied in at least six different directions generating a three dimensional shape of the diffusion pattern. This technique can be used in neural imaging of white matter due to the orientation of axon bundles and the associated water flow. (More? Magnetic Resonance Imaging)

Neural DTI Links: Fissures 13-21 weeks | Brain and Ventricles 13-21 weeks | Brain, Ventricles and Ganglia 13-21 weeks