<unk>  of arcuate fasciculus<unk>  (HDFT) is a tractography technique where data from MRI scanners is processed through computer algorithms to reveal the detailed wiring of the brain and to pinpoint<unk>  tracts. Each tract contains millions of neuronal connections. HDFT is based on data acquired from diffusion spectrum imaging and processed by generalized q-sampling imaging. The technique makes it possible to virtually dissect 40 major<unk>  tracts in the brain. The HDFT scan is consistent with brain anatomy unlike diffusion tensor imaging (DTI). Thus, the use of HDFT is essential in pinpointing damaged neural connections.
High-definition fiber tracking
Disease diffusion mapping
Ruedi–Allgower classification
Kauffman–White classification
Wassel classification
Herbert classification
Synthetic-aperture magnetometry
Synthetic MRI