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A computer-simulated tumor created by MIRC for purposes of evaluating imaging methods “It’s in that computation that the image quality is largely defined,” he adds. “Something most people don’t appreciate,” Wernick says, “is that modern medical images are not like photographs.” Rather than being captured directly, as images are in a digital camera, medical images (such as MRI) are computed by a complicated mathematical algorithm. In spite of its high level of sophistication, medical imaging continues to improve at a dramatic pace, and IIT’s Medical Imaging Research Center is at the cutting edge of these technological innovations.Īs Miles Wernick, Motorola Professor and director of MIRC explains, the group focuses on three broad areas of research-creating better images through development of new imaging devices and procedures, improving existing images through new mathematical approaches, and understanding the images that are obtained through the application of advanced computer algorithms. Medical imaging is also used for basic scientific research, and to guide development and testing of new pharmaceuticals. While exploratory surgery still has its place in some applications, today complex ailments and the most life-threatening diseases are assessed with the aid of advanced medical imaging. In years past, surgeons would commonly conduct exploratory surgery-visually scouting within the patient to diagnose an ailment that a picture, in this case an X-ray, could not detect. If a picture paints a thousand words, a CT scan paints 1 million.
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