3D Printing of Anatomic Models: Value Added Opportunity for Radiology

Learning Outcomes and Modules

After completing this course, the learner should be able to:

• discuss the history of 3D printing in medicine
• distinguish between 3D printing technologies
• describe through the logistics of setting up a low-cost 3D lab
• outline the clinical value of 3D printed models in musculoskeletal, cardiovascular, renal, craniofacial, and thoracic imaging.

Module 1

• Medical 3D Printing—J. Matsumoto
• 3D Medical Printing Technologies—P. Liacouras
• The Veterans Healthcare Administration 3D Printing Network—B. Ripley
• 3D Printing, AR, and VR for the Musculoskeletal System—B. Howe
• 3D Printing at Queen Elizabeth Hospital in Hong Kong—K. Lai
• Cardiovascular 3D Printing Applications—T. Foley

Module 2

• 3D Printing in Kidney and Prostate Cancer—N. Wake
• Convergence from Medical Imaging to Artificial Intelligence for 3D Printing in Medicine at South Korea—N. Kim
• 3D Printing and Neuroscience: 3D Printing Applications in Neuroradiology—S. Pruthi
• 3D Printing in Orthopedics—A. Sheikh
• Future Vision of 3D Printing in Radiology—J. Matsumoto