2021 AMI Online Salon

Designing A Low-Cost Simulator For Ultrasound-Guided Liver Biopsy With Inertial Tracking Technology

Siwen Wang, Samantha Bond, Karen Xie and Leah Lebowicz

Biomedical Visualization Graduate Program, University of Illinois at Chicago

 

 

Abstract

This project explored how to integrate smartphone inertial tracking technology and virtual 3D anatomical models in creating a biopsy simulator for ultrasound- guided liver biopsy. The prototype simulator allowed the virtual ultrasound probe and biopsy needle to be tracked by the smartphone’s built-in inertial tracking system and ultimately allowed the trainee to control the movement of the virtual probe and needle in a manner similar to a real biopsy technique. It offers a promising low-cost option for simulating medical procedures with motion tracking functionality while maintaining realism to a certain degree.