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Figure 3: Comparison between the HR+ and HR- population groups, with p-values computed from contrast maps at time points 9, 12, 15, 18, and 22 months for T1W (first row) and T2W (second row) images.
Figure 3: Comparison between the HR+ and HR- population groups, with p-values computed from contrast maps at time points 9, 12, 15, 18, and 22 months for T1W (first row) and T2W (second row) images.
Figure 1: (A) WM labels generated by FreeSurfer on T1-weighted images shown in sagittal and axial views. Radiologic convention is used for the axial view (left is right, right is left). Each color represents the same region in both hemispheres: caudal middle frontal (white), frontal pole (dark brown), lateral orbitofrontal (light brown), medial orbitofrontal (red), pars opercularis (pink), pars orbitalis (yellow), pars triangularis (green), rostral middle frontal (blue), superior frontal (purple).
Figure 1: (A) WM labels generated by FreeSurfer on T1-weighted images shown in sagittal and axial views. Radiologic convention is used for the axial view (left is right, right is left). Each color represents the same region in both hemispheres: caudal middle frontal (white), frontal pole (dark brown), lateral orbitofrontal (light brown), medial orbitofrontal (red), pars opercularis (pink), pars orbitalis (yellow), pars triangularis (green), rostral middle frontal (blue), superior frontal (purple).
Figure 2: Left: 3D visualization of the genu white matter tract. Right: Diffusion values along tract bundles (colored data) and cross sectional means (black) of diffusion property (FA) at discrete time points along genu tract for a single subject (based on [3]).
Figure 2: Left: 3D visualization of the genu white matter tract. Right: Diffusion values along tract bundles (colored data) and cross sectional means (black) of diffusion property (FA) at discrete time points along genu tract for a single subject (based on [3]).
Figure 1: Examples of CT (top) and CBCT (bottom) images in axial view.
Figure 1: Examples of CT (top) and CBCT (bottom) images in axial view.
Figure 1: Co-registered multi-modal MRI data are shown on the left. Left to Right: Images taken at two weeks, 1 year and 2 years. Top to Bottom: T1W, T2W and FA. Posterior thalamic radiation is shown as red label on the images. Population and individual growth trajectories for this region is shown to the right. Thick curves are the average growth trajectories for normalized T1W, T2W and FA.
Figure 1: Co-registered multi-modal MRI data are shown on the left. Left to Right: Images taken at two weeks, 1 year and 2 years. Top to Bottom: T1W, T2W and FA. Posterior thalamic radiation is shown as red label on the images. Population and individual growth trajectories for this region is shown to the right. Thick curves are the average growth trajectories for normalized T1W, T2W and FA.
Figure 2: Brain parcellation mapped to a sample TBI subject.
Figure 2: Brain parcellation mapped to a sample TBI subject.
Figure 1: Overview of the proposed longitudinal DTI region based analysis.
Figure 1: Overview of the proposed longitudinal DTI region based analysis.
Figure 4: SPHARM-based object reconstruction. a) Icosahedron subdivision for different levels of sampling. From left to right: Base icosahedron, subdivision factors 2, 4 and 6, respectively. b) Mean latitude axis surface reconstruction. From left to right: Base parametric field with theta coloring, example lateral ventricle with theta coloring, subdivisions in parametric fields, medial axis reconstruction.
Figure 4: SPHARM-based object reconstruction. a) Icosahedron subdivision for different levels of sampling. From left to right: Base icosahedron, subdivision factors 2, 4 and 6, respectively. b) Mean latitude axis surface reconstruction. From left to right: Base parametric field with theta coloring, example lateral ventricle with theta coloring, subdivisions in parametric fields, medial axis reconstruction.
Figure 5: Slicer interface with the Editor on the left side and a loaded glioblastoma multiforme (GBM) data set on the right side: axial slice (upper left window), sagittal slice (lower left window), coronal slice (lower right window) and the three slices shown in a 3D visualization (upper right window).
Figure 5: Slicer interface with the Editor on the left side and a loaded glioblastoma multiforme (GBM) data set on the right side: axial slice (upper left window), sagittal slice (lower left window), coronal slice (lower right window) and the three slices shown in a 3D visualization (upper right window).
Figure 3: The average CEC to MPJ to AC/PC/VN4 angles are computed to cancel the rotation error for an accurate estimation.
Figure 3: The average CEC to MPJ to AC/PC/VN4 angles are computed to cancel the rotation error for an accurate estimation.
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