AR apps to help students learn human physiology in 3D

Below are two practical AR apps that engage students in immersive learning experiences about human anatomy. The floor app, Dissection XR, is now free and for a limited time only (its actual price is $ 18.99). Using these apps, students will be able to explore the human body in 3D; Learn about what different bones are made of; Explore his muscle groups; Access the virtual dissections of his respiratory, urinary and reproductive systems and learn about the anatomy underlying them. The 3D Anatomy app features an additional 3D location quiz that allows students to test their medical knowledge while learning human physiology.


This app provides students with an AR Human Anatomy Lab where they can study human physiology using 3D scans of real cadavers. Using the power of augmented reality, Dissection Master XR provides a 3D dataset of a professionally dissected human body. “3D datasets are displayed with high-level details and organized into layered groups. Browse from external muscles to internal organs and study human physiology with ultimate accuracy. All datasets are digitally focused on professional studies and then in high resolution. For more information The organs and anatomy are carefully named and linked to Wikipedia. The app comes with 7 high resolution 3D datasets of Head and Thorax. Additional datasets will be added continuously “.


3D anatomy app

This is another great app to help students learn about muscles and bones in 3D using muscle action movies, 3D location quizzes and audio accents. It contains the skeleton of the human body which includes the following: all types of bones and their markings, more than 140 muscles, ligaments, nervous system, respiratory system, urinary system, reproductive system, 3D ear, 3D eye and circulatory system (arteries, veins and heart) ). Some of the features offered include: more than 100 muscle action movies, 3D location quizzes, integrated search functionality to find anatomical structures and 3D locations, virtual dissection, key bone markings, muscle descriptions, Latin names, Wikipedia information and gray physiology text. , And much more.

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