![]() Learn the basics and the latest from experts about how VR impacts your world. However, due to limitations in the quantity of data and images, these apps are definitely by no means a replacement for actual classes or textbooks.Virtual reality (VR) technology is a growing force beyond entertainment and an important tool in education, science, commerce, manufacturing, and more. These apps offer an unique approach to the field of neuroscience and they can be great supplements to textbooks and functions well as a quick review of important structures that might be emphasized in neuroanatomy classes. Most regions also have a short description, explaining the significance of the region. The app offers straightforward and interactive anatomy identification functionality that serves as a one-of-its-kind study tool for students preparing for those difficult neuroscience and neuroanatomy classes at universities or medical schools. They are all downloaded in the app so you can browse offline.The program allows you to: touch a region to highlight it, and its name will be displayed select the name of a region, and the region will be highlighted search the database of regions to show which slices a given locus is visible. It comprises 40 images taken from MRI scans and stained brain sections, which have been digitally labeled with the anatomical regions. NeuroSlice can be useful to training neurologists, neurosurgeons, medical students and neuroscience students. Each slice has neuroanatomical regions mapped out so that you can familiarise yourself with nuclei and tracts of the brain and spinal cord. NeuroSclice is an interactive neuroanatomy app that helps you learn your neuroanatomy using interactive mapped images. With Brain Tutor you can: Explore high-resolution 3D models of the head and brain in real-time Visualize major white matter fiber tracts Slice the brain along three axes (sagittal, axial and coronal) View MRI brain slices at millimeter resolution Learn from text information about the functions of selected lobes, gyri, sulci, subcortical structures, Brodmann areas, functional areas and fiber tracts Learn where brain structures are located both within 3D brain models as well as in MRI slices. 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. Brain Tutor uses rendered head and brain models as well as fiber tracts that were created from magnetic resonance imaging (MRI) scans of a study volunteer. ![]() ![]() With Brain Tutor 3D you can explore the brain from the palm of your hand and learn about the structure and function of the human brain by interacting with high-resolution rotatable 3D models in real-time. It features: lifetime access to 8 lectures a community of 1200+ students learning together watch courses in offline: save courses for offline viewing so you can watch them while you’re on a plane or subway watch courses on the go: video lectures, audio lectures, presentations, articles and anything inside your course.
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