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VISUAL INTERFACE TO HUMAN MEDICAL DATA : THE VIRTUAL SOLDIER HOTBOX

The Defense Advanced Research Projects Agency (DARPA) Virtual Soldier Project (VSP) [1] is investigating methods to predict outcomes from wounding that will revolutionize medical care for the soldier and, eventually, for civilian medical care. Prediction of outcomes of penetrating wounds will be made based on comparison of complex mathematical models and clinical data including baseline X-ray computed tomography (CT) and post wound imaging. A problem is to display this information so as to capture the threedimensional (3D) nature of the human body and correlate 3D anatomy to extensive information including the physiology of the wounded soldier. Oak Ridge National Laboratory (ORNL) developed the HotBox, a user interface (UI) that links a given point in space (a voxel) to the structural knowledge ontology describing the anatomy at that particular location. This is then related to the individual’s physiological state (vital signs) and a description of the wound. The implementation and use of the HotBox is explained and the implications for the future of medical records, pre-surgical planning, imageguided surgery, and post-surgical treatment and rehabilitation are discussed.