VRHistologyTour™ is an Oculus Rift Virtual Reality application. It is perfect for individual student learning. Immersed in a virtual world of cell structures, students gain a better understanding of the biological processes.Interactive tour inside accurate 3D models includes 360° views inside cells, microscope pictures, educational text, and navigational controls.

Students enter virtual microscopic cell structures and visually study at their own pace. Program can also be rendered for mobile devices. The solution was developed in collaboration with professors at medical universities and clinicians. Support research by simulating mechanisms at the cellular level and explaining biological processes. This platform is fully customizable.

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 Virtual Histology Features
 

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VRHistologyTour™ is an Oculus Rift Virtual Reality application. It is perfect for individual student learning. Immersed in a virtual world of cell structures, students gain a better understanding of the biological processes.Interactive tour inside accurate 3D models includes 360° views inside cells, microscope pictures, educational text, and navigational controls.

Students enter virtual microscopic cell structures and visually study at their own pace. Program can also be rendered for mobile devices. The solution was developed in collaboration with professors at medical universities and clinicians. Support research by simulating mechanisms at the cellular level and explaining biological processes. This platform is fully customizable.

 

Video

VRHistologyTour™ is an Oculus Rift Virtual Reality application. It is perfect for individual student learning. Immersed in a virtual world of cell structures, students gain a better understanding of the biological processes.Interactive tour inside accurate 3D models includes 360° views inside cells, microscope pictures, educational text, and navigational controls.

Students enter virtual microscopic cell structures and visually study at their own pace. Program can also be rendered for mobile devices. The solution was developed in collaboration with professors at medical universities and clinicians. Support research by simulating mechanisms at the cellular level and explaining biological processes. This platform is fully customizable.