889 - Developing High-Fidelity, Multi-Purpose Hepatobiliary Simulation for Interventional Radiology Trainees using a Novel Three-Dimensional Segmentation and Printing Technique
SIR ePoster library. Solomon A. 03/28/20; 290127; 889
Alex Solomon
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Poster Title: Developing High-Fidelity, Multi-Purpose Hepatobiliary Simulation for Interventional Radiology Trainees using a Novel Three-Dimensional Segmentation and Printing Technique
Poster number: 889
Category: Education and Training
Authors: A Solomon1, R England1, R Stewart2, J Siewerdsen2, R Liddell1
Keywords: 0889, Alex Solomon Developing High-Fidelity, Multi-Purpose Hepatobiliary Simulation for Interventional Radiology Trainees using a Novel Three-Dimensional Segmentation and Printing Technique Developing High-Fidelity, Multi-Purpose Hepat
Poster number: 889
Category: Education and Training
Authors: A Solomon1, R England1, R Stewart2, J Siewerdsen2, R Liddell1
Keywords: 0889, Alex Solomon Developing High-Fidelity, Multi-Purpose Hepatobiliary Simulation for Interventional Radiology Trainees using a Novel Three-Dimensional Segmentation and Printing Technique Developing High-Fidelity, Multi-Purpose Hepat
Poster Title: Developing High-Fidelity, Multi-Purpose Hepatobiliary Simulation for Interventional Radiology Trainees using a Novel Three-Dimensional Segmentation and Printing Technique
Poster number: 889
Category: Education and Training
Authors: A Solomon1, R England1, R Stewart2, J Siewerdsen2, R Liddell1
Keywords: 0889, Alex Solomon Developing High-Fidelity, Multi-Purpose Hepatobiliary Simulation for Interventional Radiology Trainees using a Novel Three-Dimensional Segmentation and Printing Technique Developing High-Fidelity, Multi-Purpose Hepat
Poster number: 889
Category: Education and Training
Authors: A Solomon1, R England1, R Stewart2, J Siewerdsen2, R Liddell1
Keywords: 0889, Alex Solomon Developing High-Fidelity, Multi-Purpose Hepatobiliary Simulation for Interventional Radiology Trainees using a Novel Three-Dimensional Segmentation and Printing Technique Developing High-Fidelity, Multi-Purpose Hepat
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