Our work focuses on developing electrical based technologies for focal ablation therapies. We are designing and implementing new devices and methods for biomedical applications including cancer therapy and tissue engineering as well as additional tissue ablation applications.
Our goal is to develop simple, efficient, and effective technologies that can serve as low cost alternatives to current medical procedures or provide a new treatment methodology for currently unmet needs.
Communications, Computing and Engineering - CCE 038
The Bioelectrics Lab is equipped to apply and analyze the effects of both irreversible electroporation and electrolytic electrolysis and includes an ECM BTX Electroporation System, power supplies, autoclave, incubator, refrigerator and freezer, and fluorescence microscopy. The Bioelectrics Lab is conveniently located directly adjacent to the Circuits Workshop and has access to additional equipment such as a variety of power supplies, function generators, and oscilloscopes. Easy access to the School of Engineering machine shop and makerspace allow for quick and easy fabrication as needed. Software access includes COMSOL Multiphysics, LabVIEW, MATLAB, and Solid Works.