Getaneh Bayu Tefera1, Yuxiang Zhou1, Ponnada A. Narayana1
Acquisition of diffusion spectral imaging data involves long scan times. One way of reducing the scan time is by minimizing the number of q-space points based on its symmetry. In this study we have adapted a tracking procedure and compared the fiber pathways generated from three subsample data sets to the fully sampled q-space data set. For both fornix and cingulum fiber bundles, qualitatively and quantitatively the 198 subsample data set with angles of threshold between 41 and 45 degrees have shown a result that are close to the full data set. This reduces the scan time by 11 minute.