Virtual Anatomy
(P. A. Heng, C. Y. Cheng and T. T. Wong)

Virtual reality (VR) based learning of human anatomy is feasible when a database of 3D organ models is available for the learner to interactively explore, visualize and dissect in virtual space. Highly accurate virtual and functional organ models are also essential for enhancing realistic look and dexterous touch in advanced surgical simulators. One of the main objectives in this project is to develop state-of-the-art virtual environments that feature interactive photo-realistic visualization of virtual and functional anatomy constructed from ultra-high resolution digital human datasets. The newly available gigantic Chinese Visible Human datasets provide almost an inexhaustible source of medical information. We would like to explore new possibilities for using such data in multiple directions for medical research, education, surgical training and simulation.