Radiolucent Shrapnel Detector

We propose to develop all the design specifications and circuitry to construct and demonstrate a real time, 3-D medical imaging system that detects locates and images rigid, radiolucent shrapnel inside an intact human. We have already proven the feasiblity of our approach, and have successfully imaged with our unique technology. The genesis of application of our technology is a Cooperative Research and Development Agreement (CRADA) between Lasser Inc. and the U.S. Army. Clearly, in order to establish improved screening, detection, and removal of foreign matter from patients, a need exists for improved visualization of a (3-D) volume of deep tissue. The objective of our Phase I activity is the design, laboratory demonstration and evaluation of an imager that has higher resolution and higher sensitivity than is available with current imaging systems, and also has a real time 3-D capability for rapid location and treatment of shrapnel wounds, be they radiolucent or not. More specifically during Phase I we will develop all the design specifications and circuitry for the final imaging system. Measurements to date have indicated that power and energy density requirements will be well within safety guidelines.