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Abstract #0602

Simulated and experimental approaches to perfusion cooling in Sim4Life: verification and applications to RF heating of implants

Amgad Louka1, Blaine Chronik1,2, and William Handler2
1Medical Biophysics, University of Western Ontario, London, ON, Canada, 2Physics & Astronomy, University of Western Ontario, London, ON, Canada

Synopsis

Keywords: Safety, Safety, RF heating, perfusion, Experimental, verificationPerfusion cooling of implants is an emergent field that has the potential to greatly improve patient access to MRI for those living with implants that previously failed the radiofrequency heating test (ASTM F2182). Many implants fail by a small margin, meaning they would likely be safe inside the body when perfusion is considered. Here, we present initial steps for the experimental verification of perfusion simulations in Sim4Life, which showed reasonable agreement and provided some insight on future experimental perfusion platforms. From there, a perfusion cooling factor can be quantified for use during regulatory approval of these implants.

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