3D ORGANON VR ANATOMY IS THE WORLD’S FIRST FULLY-FEATURED VIRTUAL REALITY ANATOMY APP
The app is a multi-award winning anatomy application for virtual reality headsets. It is an immersive self-discovery experience into the human body.
WHICH VR PLATFORM(S) IS 3D ORGANON AVAILABLE ON?
The 3D Organon VR Anatomy app is available on both tethered and untethered VR headsets. We support HTC Vive, HTC Vive Pro, HTC Focus (3DoF), HTC Focus Plus (6DoF), Oculus Rift, Oculus Rift S, and Microsoft Mixed Reality headsets (HP, Acer, Samsung HMD Odyssey, Asus, Dell Visor, and Lenovo Explorer). The Oculus Quest (6DoF) support is coming shortly. 3D Organon Enterprise edition for PC-powered VR headsets is now also available on Steam.
The HTC VIVE and Microsoft Mixed Reality versions are walking VR experiences. We have two options for Oculus Rift: a standing/seated VR experience with a mouse and Xbox controller support and a walking VR module supporting the Oculus touch controllers. After the big upcoming “September update,” we are going to have one app with both walking and standing/seated experiences, included in one, for all the VR headsets. Users can apply a combination of headsets and experiences in a lab, tutorial room, medical practice, and lecture theater.
3D Organon VR Anatomy allows for interaction with the anatomy models using the touch controllers. Users can walk around a life-sized human model and manipulate body parts and anatomical structures in a 3D space. They can drag anatomical structures such as bones, muscles, organs and vessels, and displace them from their original position for a closer look. Users can easily pull out the heart from the thoracic cage or the brain from the skull.
IMMERSIVE EDUCATIONAL EXPERIENCE
3D Organon VR Anatomy is the anatomy teaching and learning building block, cultivating grounds for users to become highly qualified individuals. The navigation of the realistic body structures and organs in a stimulating 3D space keeps distractions away and kicks the boredom factor out of the classroom.
Due to the high degree of immersion enabled, encoding of information is facilitated and users create stronger memory imprints that lead to long-term retention. 3D Organon VR Anatomy is exceptional for institutions utilizing a blended learning curriculum and students benefit from practising a novel learning process.
3D Organon VR Anatomy empowers the stereoscopic visualisation of 3D models which facilitates the understanding of spatial relationships between anatomical structures. Anyone can visualise even the deepest anatomy with ease.
Users can react between 4,000 realistic anatomical structures and organs, bones, muscles, vessels, and 160 high yield clinical correlations of all 15 human body systems, in a 3D space. They can examine them closely from all angles, read or hear anatomical terminology and study anatomical definitions.
Stereoscopic vision qualifies users with a high degree of accuracy that would be otherwise quite challenging.
ANATOMY FOR EVERYONE
The app is designed to suit a range of users, from medical and allied-health students to educators, healthcare professionals, patients, artists, and curious minds. It helps students grasp the challenging subject of anatomy, and turn into skillful practitioners.
3D Organon creates an engaging and joyful educational experience and is easily understood by individuals without a medical background.
3D ORGANON VR ANATOMY IS A POWERFUL LEARNING AND TEACHING TOOL USING VIRTUAL REALITY TECHNOLOGY TO ENHANCE THE LEARNING PROCESS
VR technology in education has the potential to transform the way we learn and teach. It fosters a dynamic flow of learning, and transforms the acquisition outcome into a skillful and meaningful discovery.
3D Organon VR Anatomy is content-rich and technology-enhanced to complement any modern anatomy curriculum. Hundreds of tertiary and K–12 educational institutions already use our app as part of their curriculum to prepare better equipped learners.
EASIER UNDERSTANDING OF KEY ANATOMICAL CONCEPTS
The app’s detailed high resolution 3D models can add important cognitive input for understanding key anatomical concepts which are essential for learning clinical, topographic and systems-based anatomy.
The app prompts students to shift to experiential learning.
The real-time stereoscopic visualization facilitates spatial perception. Users can gain a better insight of relationships between anatomical structures, improving their spatial awareness.
This factor can only be replicated from studying anatomy using cadaveric dissections and prosections. No textbook or anatomical illustration can present the accurate size, location, and relationships of an anatomical structure like 3D Organon VR Anatomy.
BODY ACTIONS IN VR
The 3D Organon multi-user and cross-platform latest edition includes the human Actions module, with animations of joints and bones. Users can visualize, for the first time in a VR environment, an extensive collection of body movements of every joint and bone.
The full collection of the human Actions module, empowering over 550 animations, can be found in the Enterprise edition of 3D Organon VR Anatomy.
DRAG STRUCTURES IN 3D SPACES
3D Organon VR Anatomy enables many levels of interaction, embarking users on an amazing learning journey
Users can visualize complex 3D anatomy, toggle between body systems in the scene, drag and manipulate bones, muscles, vessels, organs, and other structures in a virtual space.
Users for example, can walk around a life-sized human model, pull out the heart from the thoracic cage or the brain from the skull, subtract the muscles and arteries from a given setup for a closer look, hide or fade structures and organs and fully navigate around the human body.
They can also examine objects from all angles, text chat, run quizzes, listen to and study medical terminology and definitions while saving scenes for review. All choices enable users to zoom into any body part and gain deeper understanding of clinical correlations.
The app prompts hundreds of USMLE style interactive assessments, as well as user-related analytics and reports, adding significant educational value to the acquisition outcome.