Human Brain connectome visualisation using DTI
The structural brain connectome derived from diffusion tensor imaging (DTI).
@advanced_mri_
The comprehensive map of structural neural connectivity at a medium and large scale (the brain connectome) can be reconstructed from white matter Magnetic Resonance (MRI) diffusion tensor imaging (DTI).
White matter diffusion pathways determined through DTI tractography are traditionally considered to be the biophysical representation of axonal bundles and their myelin sheath. Disruptions of brain anatomical connectivity are believed to play a central role in several neurological and psychiatric illnesses.
forough.sodaei
#advanced_mri #medicalimaging #mri #mritech #radiologist #radiology #radiographer #radiologist #medical #neurologist#medicine #doctor #neuroscience #dti #medicalengineering #gehealthcare#functional
@advanced_mri_
The comprehensive map of structural neural connectivity at a medium and large scale (the brain connectome) can be reconstructed from white matter Magnetic Resonance (MRI) diffusion tensor imaging (DTI).
White matter diffusion pathways determined through DTI tractography are traditionally considered to be the biophysical representation of axonal bundles and their myelin sheath. Disruptions of brain anatomical connectivity are believed to play a central role in several neurological and psychiatric illnesses.
forough.sodaei
#advanced_mri #medicalimaging #mri #mritech #radiologist #radiology #radiographer #radiologist #medical #neurologist#medicine #doctor #neuroscience #dti #medicalengineering #gehealthcare#functional
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