* Tap on text icon (iPhone/iPod Touch) or info icons in brain areas/tracts table to view text information about selected brain structure. * Tap on a slicing direction icon in the top bar to switch between three orthogonal slice planes. * In head slicing mode, pan with one finger to move the slicing plane. * Switch between navigation and slicing mode with two icons on right side in the top bar. * Select the head model to switch to head slicing mode. * Use pinch gesture to zoom a brain model. * Pan with two fingers to move the brain model scene. * Pan with one finger to rotate the brain model scene. * Select a 3D model (brain hemisphere, head) with the tab bar buttons at the bottom. * Switch to another atlas and a specific brain area or fiber tract using the navigation tables. * Tap on a 3D brain model to reveal a brain area at that location. * Learn where brain structures are located both within 3D brain models as well as in MRI slices. * Learn from text information about the functions of selected lobes, gyri, sulci, subcortical structures, Brodmann areas, functional areas and fiber tracts. * View MRI brain slices at millimeter resolution. * Slice the brain along three axes (sagittal, axial and coronal). * Visualize major white matter fiber tracts. * Explore high-resolution 3D models of the head and brain in real-time. For students, cognitive neuroscientists, medical professionals and everyone interested in the brain, the program provides information about the anatomy and function of the human brain with various atlases describing and visualizing lobes, gyri, sulci, Brodmann areas, subcortical structures, selected specialized functional areas and major fiber tracts. The MRI data allows to look "inside" the brain using real-time slicing at millimeter resolution. Explore the brain from the palm of your hand! Learn about the structure and function of the human brain by interacting with high-resolution rotatable 3D mesh models in real-time like you've never seen it before!īrain Tutor 3D uses rendered head and brain models as well as fiber tracts that were created from magnetic resonance imaging (MRI) scans of a study volunteer.
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