DSI Studio

Step 1: Import patient's diffusion MRI data into DSI Studio.

Step 2: Reconstruct fiber tracts using deterministic or probabilistic tractography.

Step 3: Visualize the tumor and surrounding fiber tracts in 3D.

Step 4: Plan the surgical trajectory to avoid critical fiber tracts such as the corticospinal tract or arcuate fasciculus.

Step 1: Acquire diffusion MRI data from Alzheimer's patients and healthy controls.

Step 2: Preprocess the data using motion and distortion correction.

Step 3: Perform tractography to reconstruct white matter pathways.

Step 4: Use differential tractography to compare white matter integrity between groups and identify regions with significant degeneration.

Step 1: Collect diffusion MRI data from epilepsy patients.

Step 2: Reconstruct the brain connectome using DSI Studio.

Step 3: Analyze the network properties of the connectome to identify regions with altered connectivity.

Step 4: Correlate connectivity patterns with seizure frequency and location to pinpoint the seizure onset zone.

Step 1: Acquire diffusion MRI data from children with neurodevelopmental disorders and typically developing children.

Step 2: Perform tractography to reconstruct white matter pathways.

Step 3: Compare white matter properties between groups to identify regions with abnormal development.

Step 4: Correlate white matter abnormalities with cognitive and behavioral measures.

Step 1: Obtain diffusion MRI data from TBI patients at various time points post-injury.

Step 2: Perform tractography to reconstruct white matter pathways.

Step 3: Quantify white matter integrity using metrics such as fractional anisotropy (FA) and mean diffusivity (MD).

Step 4: Track changes in white matter properties over time to assess recovery and rehabilitation progress.