sim4life.swiss

nginx

Multiphysics CAE simulation platform: wireless device & antenna design; high-resolution computational human phantoms to assess physiological response for personalized medicine, regulatory compliance, MRI safety, & neuro-stimulation for TES, TMS, & DBS

Sim4Life is a simulation platform developed for the design of antennas, wireless devices, wearable devices, and medical implants and assessment of device interaction with human anatomy. The platform enables prediction of multifaceted and dynamic physiological responses that allow the efficacy and safety of treatments to be evaluated. The Sim4Life platform integrates the Virtual Population human phantoms and the Virtual Zoo animal phantoms – the gold standard of computable phantoms that include poser and morphing tools for comprehensive population coverage. Sim4Life includes modules for MRI coil design and sequence design and optimization for MRI safety of patients with implanted active and/or passive medical devices, as well as for converting MRI and CT image data into personalized high-resolution multi-tissue models via manual and AI-supported segmentation techniques that include assignment of tissue properties. Other modules support evaluation of wireless communication and power transfer, including for charging implanted medical devices and investigation of neural stimulation applications, including transcranial electric and magnetic stimulation, transcutaneous electric nerve stimulation, deep brain stimulation, neuroprosthetics, and electroceuticals. Precision medical applications include optimization of radiofrequency and microwave ablation therapy, high intensity focused ultrasound and hyperthermia for cancer treatment, as well as analysis of vascular flow and biofluidics for stent design and optimization. The platform also includes access to the IMAnalytics and the IT'IS MRIxViP1.5T/3.0T field libraries of the US FDA approved Medical Device Development Tool.

Not available

0 hours, 0 minutes ago