Develop and test new and/or risky medical techniques in a realistic in vitro environment before they are tested on patients Provide information to doctors that will help them diagnose and treat patients suffering from cardiovascular and respiratory disease Her current work uses simulations and experiments to develop realistic models of the circulatory and respiratory systems. Professor Kemmerling's research addresses problems at the intersection of mechanical engineering and medicine, focusing on fluid flow and heat transfer in the human body. Her postdoctoral work at Stanford University School of Medicine involved developing a medical imaging system for a new radiation therapy device that will deliver treatment in about 1/100 of the time required for current systems. Her graduate work focused on the dynamics of magnetic particles moving through the bloodstream for applications in magnetic drug targeting. in Mechanical Engineering from Stanford University. Assistant Professor Erica Cherry Kemmerling holds a B.S.
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